structural engineering phd thesis

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Structural engineering is the use of applied physics and mechanics to analyze and design man-made structures or objects to safely resist the loads imposed upon them.

Thoughts on a PhD In Structural Engineering

This may be a bit of rambling, but to get to the point - BLUF: Has anyone reading this completed a PhD in Structural Engineering, if yes, what are some short thoughts on your program, and was it worth it for you?

I completed my masters last year and have been working in industry for almost a year now, but I have this itch to go back and keep researching. I want to work in blast-design, e.g designing structures to resist explosives, aftershock, fire-proofing, etc. you definitely don't need a PhD to get into that field, which is why there is some internal hesitancy, but I think to be doing what I truly want to do with it, I would need a PhD for the technical proficiency in that regard. I also really don't want to get to a point where I am like 35 and sitting there thinking, "Fuck, I should have gone for that PhD when I was younger"

Any thoughts/opinions?

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The most important thing in a dissertation is making a great first impression. You might think that a great first impression can be made through a good abstract or even a good introduction, but the thing that actually compels a reader to pick up and read your dissertation is your dissertation topic. This is the reason majority of the supervisor’s advice students to work extensively on their dissertation topic.

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Latest Structural Engineering Dissertation Topics for 2023-2024

To make sure that you make the best possible first impression, our industry leading senior professional writers have prepared a list of the best free structural engineering dissertation topics and structural engineering dissertation ideas, specifically for your guidance and help.

The research aim to analyse high durability Materials for Earth Quake Proof Structures and their Integration with Existing System

Objectives :

• To design high quality earthquake proof material that can resists high shocks without compromising structural integrity.
• To identify the challenges related to introducing advanced shock proof material into existing system and the ways to overcome it.
• To evaluate the environmental impact of the new materials and the ways to minimize them to acceptable levels.

The study aims for the design and Testing of Military grade blast resistant structural designs for highly sensitive environment

• To design the blast resistant material for hostile environments.
• To analyse the minimum time to build blast resistant structures.
• To determine the point of failure for blast resistant structures.
• To provide economic analysis of new material design in comparison with existing blast resistant materials in sensitive environment.

The study is aimed to evaluate the recycling process of plastic waste for the manufacturing of brick and the associated economic factors

• To analyse the challenges related to the use of plastic material for the production of brick.
• To evaluate the economic challenges related to the manufacturing process and the ways to overcome them
• To find the structural integrity of plastic bricks as compared to regular bricks.
• To analyse the environmental benefits of the process.

The study aims To Evaluate the use of Graphene in Manufacturing High Quality cost-effective Steel and Their Use In offshore Design

• To find the elastic, plastic and tensile strength of graphene coated steel and their effectiveness in offshore oil rigs.
• To evaluate corrosion resistance and effective life of the material in offshore rig environment.
• To analyse the cost-effective ways to build the graphene coated material on industrial scale.
• To evaluate the material integration with concrete and its behavior under compressional, tensile and shear strength.

The research aim to design Cost-effective Dams to Address Seasonal Flooding Problems to minimize their Environmental Impacts

• To find the cost effective methods for dam design that can be used to counter seasonal flooding and minimise their impacts.
• To evaluate the structural integrity of these dams and their effectiveness in natural environment.
• To analyse the positive and negative environmental aspects of the dams.
• To evaluate the cost of build of these dams and the ways to minimize it.

The research aims to examine different techniques to evaluate and determine the asphalt content and road deterioration.

• To analyse different models for pavement deterioration.
• To identify the main indicators of pavement deterioration.
• To identify different condition responsible for pavement deterioration.
• To compare modern and conventional techniques to address deterioration.

The research aims to analyse the structural challenges related to underground intra-city train network for London city and implementation of spatial stress analysis to overcome them.

• To analyse the structural challenges related to development of underground train network.
• To evaluate the process and techniques involved in the development of the underground train network using spatial stress analysis.
• To design the process addressing the structural challenges of the project.
• To analyse the implementation of design process on existing system of train network.

The study aims to develop advanced risk assessment tools to determine structural integrity of dynamic and complex structure using simulation modelling.

• To develop a risk assessment tool for dynamic and complex structures.
• To determine the accuracy of simulation modelling in comparison to real time analysis.
• To analyse the structural integrity of different structure and evaluate their point of failure.
• To evaluate the efficiency of the simulation tool in comparison to existing software.

The research aims to analyse the necessary arrangements required to build mega structures in coastal areas using the case study of Patimban Seaport, Indonesia.

• To analyse the challenges related in building mega structures in coastal areas using the example of Patimban Seaport, Indonesia.
• To evaluate the ways to address the challenges related in building mega structures in coastal areas.
• To design the cost-effective methods for the reinforcing the coastal areas to sustain mega structures.
• To analyse the environmental and economic impacts of the project.

The research aims to evaluate the use of Oobleck along with concrete for the development of high resistance structures and its economic impact.

• To design the process for the development of Oobleck based concrete.
• To evaluate the economic impact of Oobleck based concrete compared to regular concrete.
• To determine the expected life and point of failure for Oobleck based concrete.

The aim of the study is to conduct an explorative analysis to identify and analyze traditional techniques that are utilized for the determination of road and asphalt deterioration. The research aims to analyze to compare modern resources and old techniques. The aim of the study is to identify are these conventional techniques outdated?

Objectives:

The primary objective of the study is to achieve the aim of the study. However, the aim of the study can be achieved through secondary objectives. Therefore, the secondary objectives of the study are the following:

• To study the model of pavement deterioration.
• To identify the main conditions of pavement indicators.
• To analyze the conventional methods of road and asphalt deterioration.
• To conduct a comparative, analyze the modern and conventional techniques of deterioration.

The aim of the study is to conduct a novel analysis of the changes in structural engineering over time. The research aims to study that will these modern and new hardware and software will certainly provide more accurate solutions. Therefore, the aim of the study is to analyze and characterize the change and modification that have been occurred in the structural engineering processes because of the computer. The research thereby aims to offer direction for the additional development in structural engineering by utilizing computers in structural design.

The primary objectives of the study are to achieve the aim of the study. However, the aim of the study can be achieved through secondary objectives. Therefore, the secondary objectives of the study are the following:

• To study the concept of structural engineering.
• To evaluate the changes, occur in structural engineering over time.
• To study the future of structural engineering and build an understanding of the past of structural engineering.
• To study the change process of structural engineering.
• To evaluate the development and history of structural engineering.
• To analyze the role of technology in modifying structural engineering.
• To study how these modern and new hardware and software will offer accurate solutions.
• To offer a suggestion for more development in structural engineering.

The aim of the study is to conduct a systematic analysis of the role played by a structural engineer in advancing the medical procedures and technologies. The research aims to analyze the growing significance of the structural engineer. The aim of the study is to evaluate the growing need for specialization in the engineering field.

• To analyze the role of structural engineers.
• To evaluate the structural engineer role in medical procedure and technologies.
• To study the growing significance of structural engineers.
• To evaluate the growing need of specializing in the field of structural engineers.
• To analyze the transformation of a structural engineer over time.

The aim of the study is to conduct an evaluative study on the third zone engineering networking principal. The research aims to analyze the effectiveness of the third zone engineering in evaluating the structures of building and for the revolution of the overall industry.

The primary objective of the study is to achieve the aim of the study. However, the aim of the study can be achieved through various secondary objectives. Therefore, the secondary objectives of the study are the following:

• To study the concept of third zone engineering.
• To analyze the role of third zone engineering.
• To evaluate the significance of third zone engineering.
• To determine the efficacy of third zone technique in structural building.
• To analyze the third zone engineering networking principal.
• To evaluate the impact of third zone engineering in the evaluation of structure building.

The aim of the study is to examine the use of modelling geo-mechanical in structural engineering. The research aims to analyze the role of uncertainty quantification regarding the model of geo-mechanical inverse in structural engineering. The aim of the study is to enable the practitioner engineer to understand the factors of uncertainty and its consequences related to geo-mechanic inverse deeply. Moreover, the research aims to analyze the benefits of reducing uncertainty consequences.

• To evaluate the concept of the geo-mechanical inverse.
• To analyze the use of the geo-mechanical inverse model in general.
• To evaluate the use of the geo-mechanical inverse model in structural engineering.
• To analyze the uncertainties related to the geo-mechanical inverse model.
• To analyze the possible consequences of the geo-mechanical inverse model.
• To determine the role of the geomechanical model in structural engineering.
• To evaluate how the geomechanical model can overcome the uncertainties in structural engineering.

The aim of the study is to conduct a novel study on the measurement of shock transmission by the geologic material. The research aims to identify and determine the materials for the structure of the building that are anti-earthquake.

• To study the concept of geological material.
• To measure the impact of geological material in shock transmission.
• To evaluate the anti-earthquake materials.
• To investigate which type of structure or material can be earthquake resistant.
• To evaluate the concept and designing of earthquake-resistant material.
• To analyze the feature that helps the material and structure to be earthquake resistant.
• To analyze the current practice and knowledge in designing, construction and planning of the concrete building that is earthquake resistant.

The aim of the study is to conduct a critical analysis of the utilization of hybrid construction material like timber steel for the construction of the advanced multi-storey structure of the building. The research aims to study the construction of building in the municipal cities besides the fault line. Furthermore, the research aims to conduct a case study in Tokyo with this regard.

• To evaluate the use of timber steel.
• To analyze the use of timber steel in the construction of the multi-storey building.
• To evaluate the advantage of using timber steel.
• To investigate the economic advantage of using timber steel.
• To study the advantage of timber steel with the aspect to fire resistance.
• To analyze the application of timber steel in multi-storey buildings.
• To analyze the implication of timber steel in a multi-storey building.
• To evaluate the efficacy of timber steel in structural engineering.

The aim of the study is to analyze factors for enhancing the steel trusses structural efficacy for making strong and durable skyscrapers. The research aims to conduct a case regarding Dubai buildings. The aim of the study is to design the serviceability, strength and stability structure. Additionally, the structure must be aesthetic and economical. The aim of the study is to develop a structure which will be thereby able to manage the load without any failure of implication throughout the intended life of the building. Therefore, the study aims to examine and analyze some of the accessible measures, by utilizing those measures for a good cause and certainly provide the theoretical background for the measure on the basis of the concept of structure.

• Examine the factors for enhancing the structural efficacy in the steel trusses.
• Analyze different materials uses roof truss 2D and develop an inert structure and examine the distortion and the corresponding stress.
• To develop an inert structure of 2D roof truss through the steel model and explore the deformation and the corresponding stress as well.
• To compare and contrast the different type of steel efficacy such as structural steel, alloy steel and mild steel.
• To identify which steel, possess more efficacy among all the three types.

The aim of the study is to analyze the computer-aid design (CAD) limitations that are certainly being applied in the engineering project of today. The research aims to evaluate how CAD limitation will lead the new country toward the environmental and economical problem. For this aspect, the research aims to evaluate the effectiveness as well as the challenges and implication of the CAD in modern engineering projects.

• To study the concept of CAD in engineering projects.
• To evaluate the effectiveness of CAD in the project of engineering.
• To analyze the advantages and disadvantages of CAD in modern engineering.
• To determine the limitations and implication of CAD in modern engineering.
• To examine the CAD challenges in modern engineering.
• To evaluate the significant impact of CAD.

The aim of the study is to evaluate the concreate elastic and strength behaviour in the filled tubular steel sector. The research aims to analyze the structure effectiveness for the oil rigs which are offshore. The general aim of the study is to study different literature that has been previously studied regarding the tubular filled sections, the different shapes that are adopted and the adopted methodologies as well.

• To study the elastic behaviour and strength of concrete in the filled tubular.
• To study the elastic properties as well as the strength properties of these kinds of beams.
• To study the concrete-filled tubular behaviour under the flexure, shear and compression.
• To conduct a theoretical analysis of filled tubular through the analysis method of finite element.

The aim of the study is to conduct a novel study regarding the usage of waste plastic in bricks manufacturing as well as with them-sand and quarry dust. The research aims to analyze the effectiveness of the method in recycling waste plastic rather than just throwing it in conventional areas of land. Therefore, the major aim of the study is to develop and build an effective way for efficiently using the waste plastic which can certainly pose sustainment threat in the ecological balance, along with the waste of quarry to establish a substitute building material through which the waste plastic scientific disposal, as well as the conventional building material scarcity, can be certainly answered.

• To analyze the ways for effective utilization of waste plastic.
• To evaluate the effectiveness of recycling waste plastic for bricks manufacturing.

The aim of the study is conducting novel research on how Iron Nanoparticle (INP) can be used for the Arsenic (iii) removal and treatment from the groundwater. The research aims to analyze the technique effectiveness for making the water of the ground safe and clean for the purpose of agriculture and irrigation.

• To evaluate the concept of Iron Nanoparticles (INP).
• To analyze how INP can be used for the removal and treatment of Arsenic (iii).

To evaluate the effectiveness of INP.

The aim of the study is conducting a novel evaluation on the usage of fabricated nanomaterial of graphene for the treatment of water. The study aims to conduct a comparative analysis of the advantage vs the cost-effectiveness of graphene techniques.  Furthermore, the research aims to represent an evaluation of the graphene nanomaterial contribution to the treatment of water. The study aims to discuss and explore various future and upcoming perspective of these materials in the treatment of water. Additionally, the research has made attempt to explore the hazards and nanotoxicity of the graphene materials. Moreover, the study will also provide suggestion and recommendation to discover the overall potential and effectiveness of these materials alongside the nanotoxicity precaution and their hazards as well.

• To evaluate the usage of graphene for the treatment of water.
• To determine the advantage vs the cost-effectiveness of the graphene for the treatment of water.

The aim of the study is to conduct a critical analysis of the replacement of river sand by the foundry sand waste in the paver block as an efficient way of reducing the erosion of soil. The research aims to study the alternate material usage in the concrete which involves future changes in the technology of concrete that certainly pave the way to use few of the substitute material that can be thereby used as the structure to the concrete ingredient that can be completely or partially be replaced with one or more than one material. The research also aims to study the waster foundry sand application in concrete. The research also aims to study a different aspect of utilizing waste material in the concrete.

The following are the objective of the study.

• To find how the replacement of river sand can be an effective way for soil erosion reduction.
• To analyze the significance of replacing river sand.

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PHD theses of Structural Engineering Lab

Running phd theses structural engineering laboratory.

Robustness of timber structures - Experimental characterisation of progressive collapse   Katharina Sroka Co-supervisor Empa:  Dr. Pedro Palma ETH Zürich, Institut für Baustatik und Konstruktion: Prof. Dr. Andrea Frangi

Advanced Carbon Sequestration and Digital Construction for Net-Zero Concrete Structures (AC-DC-Concrete)   Zohaib Hassan Co-supervisor Empa: Prof. Dr. Moslem Shahverdi ETH Zurich, Institute for Building Materials (IfB):  Prof. Dr. David Kammer

Innovative coupler system for steel rebars using shape memory alloys (Fe-SMA) Ali Jafarabadi Co-supervisor Empa: Dr. Christoph Czaderski Co-Supervisor Empa: Dr. Elyas Ghafoori ETH Zurich, Institut für Baustatik und Konstruktion: Prof. Dr. Eleni Chatzi

Verstärkung von Brücken mit UHFB und memory-steel Bewehrung Angela Sequeira Lemos Co-supervisor Empa: Dr. Christoph Czaderski Co-supervisor OST, Rapperswil: Prof. Dr. Ivan Markovic ETH Zurich, Institut für Baustatik und Konstruktion: Prof. Dr. Walter Kaufmann

Entwicklung einer Methode für die Modellierung, Bemessung und Ausführung von aussteifenden Holzrahmenbau-Wänden mit Öffnungen Nadja Manser Co-Supervisor Empa: Dr. René Steiger ETH Zurich, Institut für Baustatik und Konstruktion: Prof. Dr. Andrea Frangi

Short- and long-term creep and stress relaxation of shape memory alloy Meet Jaydeepkumar Oza Indian Institute of Technology Kharagpur Co-Supervisor Empa: Prof. Dr. Moslem Shahverdi EPF Lausanne, Laboratory of Thermomechanical Metallurgy: Prof. Dr. Roland Logé

Fracture of SMA bond – Fracture Failure of Adhesively Bonded Fe-SMA joints Niels Pichler Co-Supervisor Empa: Dr. Elyas Ghafoori & Dr. Wandong Wang Collaborators: University of Salerno: Prof. Enzo Martinelli TU Delft: Prof. Hans Poulis ETH Zurich: Prof. Andreas Taras

Concluded PhD Theses Structural Engineering Laboratory

Development of an iron-based SMA with higher recovery stress compared to existing Empa/re-fer alloy (2023) Yajiao Yang Co-Supervisor Empa: Prof. Dr. Moslem Shahverdi ETH Zurich, Department of Materials: Prof. Dr. Manfred Fiebig

Bond behavior and debonding failure in Fe-SMA strengthened stell members  (ETHZ No. 29585 / 2023) Lingzhen Li Co-Supervisor Empa: Dr. Elyas Ghafoori ETH Zurich, Institut für Baustatik und Konstruktion: Prof. Dr. Eleni Chatzi

Adhesively bonded SMA-to-steel joints for increased sustainability of steel structures (2023) Sizhe Wang Co-Supervisor Empa: Dr. Elyas Ghafoori Tongji University, Department of Bridge Engineering: Prof. Xu Jiang

Structural behaviour and reliability of connections in timber structures (ETHZ No. 29123 / 2023) Jonas Wydler Co-Supervisor Empa: Dr. Pedro Palma ETH Zurich: Prof. Dr. Andrea Frangi

Multiaxial fatigue behavior and strengthening of riveted double-angle connections in steel bridges using prestressed CFRP rods (2021) Hossein Heydarinouri Co-Supervisor Empa: Prof. Dr. Masoud Motavalli / Dr. Elyas Ghafoori EPFL, RESSLab, Prof. Dr. Alain Nussbaumer

Iron-based shape memory alloy reinforcement for prestressed strengthening of concrete structures (2021) Bernhard Schranz Co-Supervisor Empa: Dr. Christoph Czaderski, Prof. Dr. Moslem Shahverdi ETH Zürich, IBK, Prof. Dr. Thomas Vogel

European Beech Glued Laminated Timber (2019) Thomas Ehrhart Co-Supervisor Empa: Dr. René Steiger ETH Zürich, Institut für Baustatik und Konstruktion: Prof. Dr. Andrea Frangi

Strengthening of metallic members under mixed mode fatigue loading using prestressed CFRP plates (2019) Ardalan Hosseini Co-Supervisor Empa; Prof. Dr. Masoud Motavalli / Dr. Elyas Ghafoori EPF Lausanne, ENAC School of Architecture, Civil and Environmental Engineering: Prof. Alain Nussbaumer

Iron-based Shape Memory Alloy (Fe-SMA) in Fatigue Strengthening of Steel Bridge Members (2019) Mohammadreza Izadi (Guest PhD) Co-Supervisor Empa and University of Tehran: Prof. Dr. Masoud Motavalli / Dr. Elyas Ghafoori University of Tehran, School of Engineering: Prof. Dr. Maalek

Bond behavior of prestressed CFRP to concrete using externally bonded reinforcement on groove (EBROG) method Niloufar Moshiri (Guest PhD) Co-Supervisor Empa: Dr. Christoph Czaderski Isfahan University of Technologiy (IUT) / Prof. Dr. Davood

Long-term Resistance of Gradient Anchorage for Prestressed CFRP Strips in Structural Concrete Retrofitting (2018) Yunus Emre Harmanci Co-Supervisor Empa: Dr. Julien Michels ETH Zürich, Institut für Baustatik und Konstruktion: Prof. Dr. Eleni Chatzi

A combined experimental and numerical approach to spalling of concrete in high temperature (2018) Dorian Dauti (Guest PhD) Co-Supervisor Empa: Dr. Benedikt Weber Université Grenoble Alpes: Prof. Dr. Stefano Dal Pont

Study on the tensile behaviour of CFRP steel composite system Weijie Li (Guest PhD) Co-Supervisor Empa: Prof. Dr. Masoud Motavalli / Dr. Elyas Ghafoori Wuhan University China / Prof. Yiyan Li

Dynamic effect of transition zone and rail corrugation on the bridge response Yashar Doroudi (Guest PhD) Co-Supervisor Empa: Dr. Elyas Ghafoori The University of Queensland,  Prof. Dr. Dilum Fernand

Earthquake-Resistant Timber Systems for Multi-Storey Building Co-Supervisor Empa, Dr. René Steiger EPF Lausanne, ENAC School of Architecture, Civil and Environmental Engineering: Prof. Dr. Katrin Beyer

Updated braking forces for the assessment of road bridges (EPFL 2016) João Alves Martins Co-Supervisor Empa:  Dr. Glauco Feltrin EPF Lausanne, ENAC School of Architecture, Civil and Environmental Engineering: Prof. Dr. Katrin Beyer

Mitigation of Wind-Induced Vibrations in Long-Span Bridges using a Distributed Flap System (EPFL No. 7069 / 2016) Maria Boberg Co-Supervisor Empa: Dr. Glauco Feltrin EPF Lausanne, ENAC School of Architecture, Civil and Environmental Engineering, Prof. Dr. A. Martinoli

Seismic in-plane behavior of post-tensioned existing clay brick masonry walls (ETHZ No. 22824 / 2015) Abdola Sadeghi Marzaleh Supervisor Empa: Prof. Dr. Masoud Motavalli ETH Zürich, Institut für Baustatik und Konstruktion IBK, Prof. Dr. Peter Marti

Material Development for Friction Based Vibration Control (ETHZ No. 22825 / 2015) Rebekka Ginés Co-Supervisor Empa: Prof. Dr. Masoud Motavalli ETH Zürich, Science de Base, Prof. Dr. Ermanni

Fatigue Strengthening of Metallic Members using Un-bonded and Bonded CFRP Laminates (ETHZ No. 22645 / 2015) Elyas Ghafoori ETH Zürich, Prof. Dr. Fontana Co-Supervisor Empa: Prof. Dr. Masoud Motavalli

Semiactive Control of Magneto-heological (MR) dampers using Sliding Mode Control (SMC) & System (SI) Methodes (2015) Mohammad Miah ETHZ, Departement Bau, Umwelt und Geomatic / Prof. Eleni Chatzi Co-Supervisor Empa: Dr. Felix Weber

Structural behavior of glued-laminated timber members subjected to axial compression or combined compression and bending Matthias Theiler Co-Supervisor Empa, Dr. René Steiger ETH Zürich, Institut für Baustatik und Konstruktion IBK, Prof. Dr. Mario Fontana, Prof. Dr. Andrea Frangi

Restfestigkeit vorgespannt umschnürter Betondruckglieder unter besonderer Berücksichtigung von Formgedächtnislegierungen als umschnürendem Material (2014) Lars Janke Bauhaus Universität Weimar Prof. J. Ruth, Co-Supervisor Empa: Dr. Christoph Czaderski

Structural behaviour of glued laminated timber beams with unreinforced and reinforced notches (ETHZ No. 21825 / 2014) Robert Jockwer ETHZ, IBK, Prof. Dr. Frangi Co-Supervisor Empa: Dr. René Steiger

Strengthening of reinforced concrete members by prestressed externally bonded reinforcement with gradient anchorage (ETHZ 20504) 2013 Christoph Czaderski ETHZ, Prof. Dr. Peter Marti Co-Supervisor Empa: Prof. Dr. Masoud Motavalli

Active Vibration Control using low-cost Actuators (2010) Charles Boston Profs. L. Guzzella and E. Mazza Co-Supervision: Dr. Felix Weber

Prof. Dr. Masoud Motavalli Head of Laboratory

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Thesis on Concrete Structural Design for Sustainability (Optimising Structural Form) 2013

Concrete structures have been designed throughout history by paying attention to their form. Before the invention of reinforced concrete, it was imperative to design a concrete structure that took mainly if not entirely compressive loads. This was done to avoid the relative weakness of earlier building materials, including unreinforced concrete under tensile loads. These form-active concrete structures are potentially the most efficient concrete structural components with regard to their load carrying capacity in relation to their weight. Form-active design is more complex since it requires an understanding of the shape the concrete structure would take under a particular load if it had no bending stiffness, i.e. if it were to behave like a cable. Due to the high structural efficiency, form-active structures play an important role with regard to sustainability. They use less material to achieve higher load carrying capacities, and therefore they reduce the use of natural resources. This thesis focuses on concrete floor slabs in residential buildings and small commercial buildings. The aim is to study the behaviour of these slabs under loading and analyse how structural form considerations can lead to better design solutions. These structural components were chosen due to their significant contribution to the construction of both residential and small commercial buildings. However, this choice imposes certain restrictions in the freedom of designing form-active structures; i.e. dimensional restriction such as depth of the slab, flatness of the slab on the top surface, etc. These restrictions are important since they determine whether the slab will be able to correctly perform its function. The analytical methodology involved designing a set of traditional solid slabs and improving their designs according to material and cost optimisations. These slabs were then compared with form active slabs which were designed to take the parabolic shape of their bending moment diagrams. From an analysis of the designs, it was found that form active slabs are approximately two times more efficient than the traditional solid slab. This efficiency is with regard to load carrying capacity and the amount of material used, both concrete and steel. The reduction in the concrete used for a form-active slab with the same span as a traditional solid slab, can be approximately 60% and that of steel can be approximately 70%. These values are a clear indication that the consideration of structural form can lead to better and sustainable solutions. One way spanning slabs can be applied to both residential and small commercial buildings since these buildings are commonly constructed as post-and-beam structures, with discontinuous joints. Furthermore these buildings have significantly lower and more predictable loads than other types of buildings. This helps with regard to avoiding failure by unexpected excessive point loads. Larger commercial and institutional buildings such as malls, hospitals, etc. can also adopt the application of one way spanning form-active slabs. This is because of the common attribute most of these buildings have, which is large hallways and corridors, which are suitable application areas for these types of slabs. This thesis has in this regard successfully shown the economical and sustainable advantages of concrete structural design through the consideration of structural form by investigating the special case of one way form-active slabs.

Related Papers

Oscar Liebana

In the current office building construction practice, flat plate is the most common floor structural system due to its economic and practical advantages. Traditionally, high material costs have had a great impact on total construction cost, so voided options as ribbed or waffle slab have been used extensively. However, recently there is a tendency to design solid slabs options, especially due to rising labor costs, simpler and quicker construction, which reduces execution timeframe and increases construction safety. The use of post-tensioned (PT) floors in building structures has been growing in recent years. This type of construction allows thinner slabs and thus, it creates lighter structures, produces a large reduction in rebar tonnage, with the subsequent advantages in transportation, storage or labor. Also, these slabs have other advantages as reduced cracking and deflections, reduced floor to floor height or quick construction. In most countries these design mechanical and economical features have enabled the system to compete economically with traditional in-situ concrete floor slabs; however, this is not the case in some other countries like Spain. Introduction of sustainability criteria and specialization in construction can allow for this system to be introduced in the market, which can also mean lower costs, improved performance and focusing on sustainability in construction. Different solutions have been studied for an actual project, in terms of material quantities, minimum structural thickness and it has also been checked the impact of costs and environmental criteria based on CO2 emission. With these data, we could assess that the current status of low production of flat slabs in Spain it is not related to real economic reasons; it is actually related to a combination of reasons as lack of technical knowledge of designers or builders, inconsistencies or deficiencies in current national codes in each country. The construction industry is following an inertial period that resists changing known systems, apparently satisfactory, and that especially shows an unsustainable view of the construction. Post-tensioned concrete slabs will not always be the most suitable and sustainable option, but it should be evaluated while considering other more familiar techniques of construction with updated considerations.

Ahmed Senouci

Tehnicki vjesnik - Technical Gazette

Ilija M MILIČIĆ , Milan Kekanović

Construction and Building Materials

Jeung-Hwan Doh

IRJET Journal

Flat slabs and other similar slabs are preferred in those structures having larger spans. Due to advancements in civilization emphasis has been put on the construction of newer and more advanced structures like buildings, shopping malls, airports, railway stations, etc. This led to the use of flat slabs for safety, stability, and better design. This works deals with the analysis of critically flat slabs regarding their design, stability, and uses. Cost-benefit analysis gives the economic viability of the use of flat slabs in comparison to other types of slabs. Different design methodologies have been adopted and critically reviewed and inferences are made for the selection of the particular method of designing the flat slab. Using various codes during design are also used for the purpose. The stability of flat slabs under different situations has been critically studied. In civil engineering uses different types of slabs are used in buildings, parking, etc. Using flat slab buildings has numerous benefits over standard RC frame buildings in terms of simpler formwork, space use, architectural flexibility as well as quicker construction times. The analysis demonstrates that flat slab structures are lighter than traditional slab structures. When compared to a standard slab, a flat slab structure is 15 percent less expensive. As per the study's results, flat slab structures outperform traditional slab structures in terms of cost-effectiveness for high-rise structures. Flat slab structures result in financial savings, aesthetic views, and greater artistic flexibility for the architect in contrast to typical slab structures. Structures of the flat slab are the highest selection for high-rise structures in comparison to traditional slab structures.

Jacint Virag

The paper presents a set of design criteria applied in the structural design of a 25000 sqm, multistory concrete building. Initial criterion of having reduced execution time have been associated to a mixed steelconcrete structure, but the consequent, unavoidable cost criterion drove to reinforced concrete structural solutions. Beside the presented criteria several other limitations have been imposed in the design phase, rising from the specific destination of the building, the limited total building height and limited plot of land, without disclaiming the need for a short construction time. Nevertheless energy efficient, sustainable structural solutions have been requested, which have to be in accordance also with the spirit of the imposed architectural solutions. In the article a multi-criteria comparison of the structural solutions is presented, focusing on the two main criteria: the realization costs and the embedded energy of each structural solution. Evaluation of the obtained ...

eSAT Journals

Most of the reinforced concrete structures comprise of conventional beam-column frames. In the present era, the multi-story structures are given higher priority with lack of availability of land. However, there are limits for the height and weight of the structures. Thus, the construction industry is more concentrated on measures to reduce the weight and height of the storey, without compromising with usable space. The flat slab structures serve the purpose as they are the structures involving slabs directly resting on columns; hence, negating the need for beams, which would consume lot of space and also lead to heavy weight of the structure. Even though, flat slabs are found to be advantageous in functional as well as economic aspects; the key issue with flat slabs is their inability to withstand lateral loads efficiently. In the present study, the seismic behaviour of flat slab structures is studied. The 7 storey building models involving flat slab without drops, with drops and with edge beams are modelled considering both bare frame and brick infill frame structures with square columns. The buildings are located in medium soil cover with seismic zone III. The analysis is performed using ETABS 2013 V13.2. The non-linear behaviour of the building models is studied by pushover analysis, considering FEMA 440 parameters. The prime emphasis is made to consider user defined hinge properties to establish the actual hinging pattern of the members. The performance of the building models is studied by evaluating the parameters like hinge locations, ductility ratio, safety ratio and global stiffness.

Wai-Fah Chen

Milan Kekanović DeagoslavŠumarac Stanko Ćorić Karolj Kasaš Arpad Čeh UDK: 692.5:697.1 DOI:10.14415/konferencijaGFS2017.077 Summary: This article provides information about the possibilities of design and construction floor slabs concerning three very important aspects: the capacity, safety and energy efficiency.Nowadays, in the Republic of Serbia exclusively solid concrete slabs are designed and built,which are at least 20cm thick.The justification for this solution is to obtain, in its plane, a rigid plate-diaphragm that is able to endure seismic forces on the walls, proportionally to the stiffness of those walls.At the same time this solution has many disadvantages and it is a great load that limits the length of the span. That heavy load is directly proportional to the size of the seismic forces. The20 cm thick, solid concrete slab has a large heat capacity, and specific heat c (J / kgK), which are not energy efficient,as the warm air is accumulated, conductedtowards to the walls...

Journal of Sustainable Architecture and Civil Engineering

Jolanta Šadauskiene

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Structural engineering

Broad aspects of Structural Engineering are being investigated using a variety of experimental, computational and theoretical techniques. The behaviour and design of various structural components are focused upon a range of deterministic and probabilistic loadings such as fire, blast, seismic and wind.

• Response to Dynamic and Extreme Loads Wide-ranging research is being undertaken on hazard mitigation and structural robustness under extreme loads including earthquake, blast, impact and fire.
• Steel and Composite Structures Research covers new and improved forms and components, including work on stainless steel components, elliptical hollow sections and prestressed members.
• Buildings and Bridges Work in this area includes the behaviour of concrete buildings, buried and water-resistant concrete structures and performance assessment of concrete bridges.

List of sub-topics within this research area

Behaviour and design of structural steel components.

• Development of the Eurocode for steel structures
• The Continuous Strength Method
• Steel elliptical hollow sections
• Cold-formed steelwork
• Behaviour of metallic tubular and shell structures

A sample of some recent projects:

• Strength of massive tubular members in bending
• Buckling of steel silos under eccentric discharge

Visit the  Steel Structures group website to find out more.

Behaviour and design of concrete structures

• Nonlinear numerical analysis for cracking and deformation
• Time and temperature dependent behaviour of concrete structures
• Design and analysis of prestressed concrete structures
• Design of beam-column joints
• Dynamics and stability of plates, shells and piles
• Reliability analysis of concrete structures
• Soil/structure interaction
• Use of blinding struts for cut and cover excavations
• Strut and tie modelling
• Blinding struts
• Design for punching shear
• Design of reinforced concrete regions using strut and tie models and nonlinear finite element modelling

Bridge engineering

• Under-deck and combined cable-stayed bridges
• Spatial arch bridges
• Innovative bridge types
• Structural response due to the accidental breakage of stay cables
• Footbridges
• Accidental and extreme loading in cable-stayed bridges
• Response of slender road bridges and footbridges under traffic loading

Earthquake engineering

• Seismic performance of steel and composite structures
• Seismic behaviour of concrete structures
• Fluid-structure interaction
• Response of buried pipelines
• Testing techniques for seismic performance evaluation
• Seismic vulnerability assessment and upgrading
• Procedures for assessment of earthquake losses
• Seismic Testing of Sustainable Composite Cane and Mortar Walls for Low-Cost Housing in Developing Countries
• Probabilistic Seismic Hazard Analysis, Ground-motion Model Development & Accelerogram selection
• Earthquake loss assessment

Fire blast and extreme loading

• Analysis and design of multi-storey buildings under fire conditions
• Fire and blast behaviour of offshore structures
• Design of blastwalls for offshore topsides
• Performance of composite sandwich components
• Damage tolerance and residual strength of offshore structures
• Stainless steel in fire
• Fire resistance of steel-concrete composite buildings
• Structures subject to coupled blast/fire scenarios
• Robustness and progressive collapse of tall buildings
• Response of offshore structures to extreme static/dynamic loading
• Simplified modelling: SDOF blast models, buckling analysis, blast/fire resistance of beams and columns
• Forensic assessment of explosion damage at the Buncefield Oil Depot
• Investigating the Structural Performance and Frequency Filtering Effects in Protruded and Perforated Hybrid Metal to Composite Joints
• Improving Survivability of Structures to Impact and Blast Loading
• Behaviour of Beam-to-Tubular Column Connections under Extreme Loading Conditions

Steel and concrete composite construction

• Behaviour and design of composite steel/concrete buildings and bridges
• Static and fatigue behaviour of composite connections and members
• Performance of semi-rigid and partial strength connections
• Inelastic Displacement Demands in Steel Structures

Structural reliability and assessment

• Deterioration and lifetime assessment of structures
• Structural reliability of components and systems
• Risk and reliability assessment of highway bridges
• Risk assessment of structures under extreme loading
• Dynamic Demand Analysis of Bridge & Building Structures

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List Of Fresh PhD Thesis Topics In Structural Engineering

The field of structural engineering is continuously evolving. Advances in computing, materials, sensors are opening up new innovative research areas in this field. The selection of a Ph.D. thesis is heavily reliant on the research interests of faculty staff, laboratory infrastructure and funding available in your institution. A discussion with one’s supervisor on emerging new areas of this research could lead you to a topic. Below is a broad-based list of some fresh topics.

• Structural health monitoring of bridges and building.
• Structural health monitoring using smart sensors e.g. MEMS
• Structural health monitoring using new computational techniques/methodologies.
• Structural health monitoring applied to historic structures.
• Development of autonomous systems and their use in structural health monitoring.
• Use of carbon fibre in composite materials e.g. carbon fibre wrap reinforcing technology (CFRP).
• 3D printing applications in structural engineering: its use in the development of materials as well as structural analysis of materials made of this process etc.
• 3D printing and its impact on finite element analysis (FEA) of solid material.
• Concrete as a material: advances in its formulation to increase durability, settling times, reduce cement content, new aggregates, self-healing concrete, etc.
• Environmental impact assessment of concrete
• The design of intelligent construction materials.
• Sustainability and its application in structural engineering: reuse/recycling, greenhouse gas impact, waste management, etc.
• The design of advanced plastic composite and applications in the repair of structures.
• Environmentally friendly structural materials. Reduction of carbon footprint and development of sustainable structural materials.
• Application of structural engineering at the nanoscale: nanotechnology and structural engineering.
• Seismic effect on skyscrapers and other buildings in general and application of seismic design on the same.
• Mechanics, properties and material science of biological materials with applications as parts of composites and in environmentally friendly structural components.
• Real life impact of the wind on skyscrapers and spun bridges.
• Geotechnical earthquake engineering and engineering seismology
• Low-cost earthquake-resistant structural design.
• Reliability of Structures: risk, mitigation, and analysis.
• Application of new computational methods for forming improved mitigation models.
• Engineering simulation and engineering informatics
• Non-destructive testing and evaluation with application in infrastructure systems.

This list cannot be exhaustive; the structural engineering field is ever expanding. It’s incumbent on you to evaluate your strengths and interests, those of your faculty where you will engage in your dissertation as well as keenly looking into the body of works encompassing the field to come up with a thesis topic that is fulfilling to you. Good luck

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40 seminar/project topics in structural engineering.

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The specification of final year project's topics may have some influence on the future job or career of students. It, therefore, becomes very crucial to select an apt topic since students are going to do great and extensive research about it, it is possible that such a topic may open doors to different horizons in the field.

In this article, forty topics about structural engineering are presented which can be used for both seminars and graduation projects. There are lots of topic out there, but these are selected from literature and efforts made to specify most novel topics.

These topics deal with various aspects of structures such as improving certain aspects of design, repair damaged structures, study properties of structures under various modes of loading including static and dynamic like seismic forces. These project topics may need numerical modelling, experimental works, or combination thereof.

• Pushover analysis – cyclic loading, deterioration effect in RC Moment Frames in pushover analysis
• Rehabilitation – Evaluation of drift distribution
• Analysis of large dynamic structure in environment industry
• Theoretical study on High frequency fatigue behavior of concrete
• Seismic analysis of interlocking blocks in walls
• Estimation of marine salts behavior around the bridge structures
• A comparative study on durability of concrete tunnels undertaken in AP irrigation projects
• Prefabricated multistory structure, exposure to engineering seismicity
• Shape optimization of Reinforced underground tunnels
• Properties of Fiber Cement Boards for building partitions
• Behavior of RC Structures subjected to blasting
• The use of green materials in the construction of buildings
• Finite element model for double composite beam
• A new composite element for FRP Reinforced Concrete Slab
• Effect of shear lag on anchor bolt tension in a base plate
• Elastic plastic bending, load carrying capacity of steel members
• FE Analysis of lateral buckling of a plate curved in nature
• Green energy and indoor technologies for smart buildings
• Building environmental assessment methodology
• Numerical study on strengthening of composite bridges
• Strengthening effect for RC member under negative bending
• Effect of negative Poisson’s ratio on  bending of RC member
• Macroeconomic cause within the life cycle of bridges
• Long term deflections of long-span bridges
• Structural damage detection in plates using wavelet theories (transforms)
• Hybrid Simulations: Theory and Applications
• Engineered Wood in Cold Climate
• Mechanical Properties and Engineering Application of Modern Timber
• Hybrid Structural Systems and Innovation Design Method
• Design of Reinforced Concrete Block Masonry Basement
• Nonlinear Analysis of a New 3D Skip-Floor Staggered Shear Wall Structure
• Advances in Civil Infrastructure Engineering
• Mechanical Performance of an Irregular Kiewitt Dome Structure
• Shear Distribution Coefficient Study under Horizontal Force
• Structural Damage Identification Method and Program Designing Based on Statistical Analysis
• Prescriptive or Performance Design for Fire?
• Deflection Control by Design
• New Code Provisions for Long Term Deflection Calculations
• Retrofitting and Repairing with composite materials
• Epoxy Coated Reinforcement and Crack Control

Madeh Izat Hamakareem

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Best Civil Engineering Thesis Topics: A List of Unique Ideas

by Bastis Consultores | Aug 2, 2021 | Thesis Development | 27 comments

For starters, writing a civil engineering thesis can be a difficult task. Undoubtedly, it usually occupies several months of your life and demands that you spend countless hours in the library doing a unique research. In this regard, one way to facilitate its realization is to choose a thesis topic that really interests you.

First of all, the original ideas are always good, but you need to select a topic that you can work on for several months.

Secondly, the range of thesis topics in civil engineering is very wide. Therefore, the possibilities and diversity of civil engineering thesis topics and projects to choose from should be more than enough. However, after the selection, make your topic go through the usual approval of your teachers.

Topics for you to do your thesis in Civil Engineering

After selection, have your topic go through the usual approval of your teachers. Here are some of the main areas for you to choose your civil engineering thesis topic. Undoubtedly, these general areas will invite you to investigate further to present a more specific title.

Hydraulic engineering

Pavement engineering

Water Services

Structural and Civil Engineering Informatics

Construction engineering and management

Port and coastal engineering

Water treatment

Subtopics to consider

Similarly, these civil engineering degrees and thesis topics are in turn divided into several subtopics. Below are some of the most important subtopics for theses in civil engineering:

Mapping and risk classification

Bridge hydraulics

Flood mapping in urban environments

Flood Warning

River-level causeways and debris

Sustainable urban drainage systems

Hydraulics of dam spillways

River catchment works

Minimization of environmental impact

Energy dissipation structures

Climate change and land use

Sedimentation management in reservoirs

Erosion protection

Hydrodynamics of estuaries and lakes and salinity

Content of fly ash and its multiple uses

Design and analysis of nuclear power plants

Design and construction of retaining walls

List of thesis topics on General Civil Engineering

Below, we detail some thesis topics for General Civil Engineering:

Dynamic Inversion Study of Soil Mechanical Parameters

Study of fiberglass-reinforced compression elements filled with concrete

Characteristics of the acoustic emission of limestone after high temperatures

Research on the spatial analysis of stresses of a large underground project

Soap-free emulsion polymerization for sealing new buildings

Earthquake damage model on a rectangular tubular column filled with concrete

Analysis of the seismic behavior of a transmission tower system

Research on the system of steel stepped beams in RC slabs

Elastoplastic analysis of a large cross-linked shell structure under multisupport excitations

Study of soil fissures generated by liquefaction after an earthquake

List of bridge engineering thesis topics

Bridge engineering is a topic that has been present since the early twentieth century and without a doubt, it continues to be an area in which more and more innovation is made:

Effects of Truck Impacts on Bridge Stacks

Evaluation of the performance of existing bridges under the dynamic effects of vehicles

Thermal experiment of a reinforced approach pavement for a semi-integral bridge without joints

Design and propagation analysis of a new drop-down bridge section

Load transfer mechanism of a steel-concrete joint

Load transfer mechanism of a hybrid beam cable-stayed bridge

Long-term stress variation in a large, high-light continuous rigid structure bridge

List of Structural Engineering Thesis Topics

You can also consider topics related to structural engineering:

Hybrid simulations: Theory and applications

Engineered wood in cold climates

Mechanical properties and engineering applications of modern wood

Hybrid structural systems and innovative design method

Static analysis of an integrated steel structure building with wind turbines

Integrated houses of light steel structure

High Durability Low Carbon Housing Structure System

Integral Structure of Temporary Light Steel Buildings

Behavior of Beams Composed of Recycled Concrete Reinforced with Steel

Analysis of the joints between beams and pillars of steel structures

Design of a masonry basement of reinforced concrete blocks

Non-linear analysis of a new 3D stepped shear wall structure

Advances in civil infrastructure engineering

Mechanical behavior of an irregular Kiewitt dome structure

Study of the Shear Distribution Coefficient under Horizontal Force

Analysis of the nonlinear buckling of a suspended dome structure with large elliptical paraboloid

List of thesis topics on concrete technology

In addition to the areas that we have already mentioned, concrete technology is an area that undoubtedly presents greater and greater innovation:

Width of cracks in partially prestressed concrete beams

Thermal deformation of cement and asphalt mortar under repetitive heating and cooling

Compatibility between naphthalene-based superplasticizer and low-alkaline cement

Standard deviation of compressive strength of recycled concrete

Bending behavior of a fiber-reinforced mortar with low fiber content

Experimental study of carbonation in the concrete of hollow microspheres with thermal insulation

Mechanical properties of fibre-reinforced hybrid ferrocement

Study of the adhesion properties of textile-reinforced concrete

Bending behaviour of cold-rolled deformed steel bars on reinforced concrete slabs

Investigation of the durability of hollow microsphere concrete with thermal insulation

Rheological properties of room temperature curing epoxy adhesive

Behavior of modified asphalt pavement in steel roof

Analysis of volumetric deformation and creep properties of high-performance concrete C60

Analysis of the creep properties of high-performance concrete C60

Effects of mineral additives and superplasticizer on the control of the heat of hydration of cementitious materials

Application of intensification approaches in recycled aggregate

Modeling analysis of crack repair structures for asphalt concrete pavements

Analysis of the performance of the concrete used for the ballast-free track base plate

List of geotechnical engineering thesis topics

Here are some topics you can explore in the area of geotechnical engineering:

Finite element analysis of the vertical bearing capacity of individual piles

Study of the distribution characteristics of sandstone pores

Experimental study of the dynamic elastic properties of sediments carrying gas hydrates

Selection analysis of the enclosure structure for a deep foundation pit

Simplified models for assessing the period of site characteristics

Investigation of the mechanical character of the anchorage of a fully injected bolt

Creep properties of cross-linked red clay in staggered load creep tests

Application of BP neural networks in predicting damage from multilayer media penetration and blasting

Tests on vibrating table on structure reinforced with iron hook

List of transport, road and rail engineering thesis topics

Undoubtedly, transport, road and railway engineering is of wide interest to civil engineers:

Influence of the size of the cracks of the old concrete pavement on the tension of the asphalt layer

Research and application of hot recycled asphalt mixing

Analysis of the thermal stress of asphalt pavement on a poor concrete base

Assessment of the driver’s mental strain in snow pavement conditions

Evaluation of the low-temperature performance of asphalt mixtures with an analog experiment

Research on the purification capacity of porous asphalt pavement

Research and discussion on the application of artificial pile technology for viaducts

Evaluation of the influence of the environment on the vibrations of the meter

Influence of damaged pavement on the saturated road and the average speed of circulation of a stretch of urban road

List of Water Supply and Drainage Engineering Thesis Topics

In the same way, the engineering of water supply and drainage is an issue that is taking more and more boom:

Development of a new recovery material through solidification/stabilization of hazardous waste

Optimization and characteristics of copper pickling wastewater treatment

Enzymatic saccharification of pretreated cellulose from lignocellulosic biomass: Situation and prospects

Experiments on the evaporation of groundwater with high SD content in an arid zone

Reduction of excess sludge in wastewater treatment

Study on water saving and “zero trend” measures in a nylon chemical company

List of geological engineering thesis topics

Likewise, geological engineering is a very broad and very interesting topic:

Research on the detection of multi-step leaks in the dam by the temperature in the holes

Analysis of the stability of a rock slope with an overinclinated stratoid structure

Study on the reliability of the loess cutting slope

Characteristics of seismic geological disasters

Experimental study of the shear strength of unsaturated silty clay

Properties of emulsion and recycling of asphalt pavement recovered at room temperature

Here are other unique ideas you can consider

Below, you can explore other innovative titles that you will surely be interested in:

Air pollution and its control

How can large metropolitan areas be reformed or restructured to help control, for example, the rising rate of air pollution?

Disaster management

How do advances in civil engineering help improve disaster management in high-risk areas?

Innovations in geotechnical applications

How do these innovations pave the way for a tremendous change in the way we look at civil engineering?

Uses of flexible flooring

This engineering technology is being used in places where geology plays a more important role in terms of unstable soil. What other uses can it have?

Advances in pavement design

What advances over the past two decades have had the greatest effect on how cities are redeveloped?

Disaster recovery

How have recent events related to disaster response time affected?

Removal of arsenic from groundwater

What are the most effective methods of removing arsenic from city groundwater? What are the challenges in rural areas?

Bamboo as a building material

Recently progress has been made in the use of different and natural materials for construction. However, what place does bamboo occupy in all this?

Demolition of a building

Analyze the effectiveness of the destruction and demolition of large urban structures and their effect on traffic, safety, etc.

Prevention of breakdowns on the roads

How have highway collapses and catastrophes affected design improvement?

Groundwater pollution

More effective technologies to curb the increase in groundwater pollution.

Improved power quality

How can the design of power grids help improve the speed, supply and power of electricity to homes?

Solar grid development

If solar technology has improved to the point of being cheap for use in cities, then why haven’t cities developed more efficient grids?

Diversion of rainwater

What technologies can be used to divert rainwater to reservoirs to curb the effects of droughts?

Low-cost rural housing

How can improvements in water diversion, electricity networks, etc. for example reduce the costs associated with rural housing?

In conclusion, if you want to choose a topic, make sure that it has not been researched before by the experts. In addition, the subject itself must be quite crucial and demanding to be applied in the field. Finally, we want to highlight that we have an internal team of very well qualified professionals with very advanced academic degrees, master’s degrees and doctorates. Consequently, they will give your work all the attention it needs and guide you in all civil engineering topics for thesis and many more.

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Bruch, Dorian Wayne (2025) Dissertation (Ph.D.), California Institute of Technology. doi:10.7907/eey8-et93. Electrolytes are ubiquitous in science and engineering and are of active interest, owing to their applications biology, energy storage, colloidal suspensions, and even climate. Near a surface, electrolyte solutions exhibit a plethora of rich thermodynamic and structural phenomena, owing to the interplay of long-ranged electrostatics and nonelectrostatic interactions between ionic species, solvent, and the surface. In this thesis, we present a pedagogical formulation for the thermodynamics of electrolyte solutions near charged surfaces, followed by an examination of interactions and structure of different types of electrolytes near surfaces. Specifically, we investigate the difference between constant surface charge and constant surface potential boundaries in electrolyte solutions, the capacitance applications, double-layer structure, and screening behavior of a zwitterionic polymers, as well as the effect of image charge on structure, capacitance, and forces in simple electrolytes near metal, dielectric, and dielectrically-saturated metal surfaces. We conclude with a Gaussian-fluctuation model for ions with soft-core excluded volume interactions. Item Type: Thesis (Dissertation (Ph.D.)) Subject Keywords: Thermodynamics, Statistical Mechanics, Polymers, Electrolytes Degree Grantor: California Institute of Technology Division: Chemistry and Chemical Engineering Major Option: Chemical Engineering Minor Option: Applied And Computational Mathematics Thesis Availability: Not set Research Advisor(s): Thesis Committee: Defense Date: 12 August 2024 Funders: Funding Agency Grant Number National Defense Science and Engineering Graduate Fellowship UNSPECIFIED URL URL Type Description DOI Article adapted for Ch. 2. DOI Arxiiv preprint adapted for Ch. 4. Author ORCID Bruch, Dorian Wayne Full text not available from this repository. Repository Staff Only: item control page The Graduate School Graduate Admissions Graduate Areas of Study Please Note: Each program has their own deadlines and application instructions, including requested materials and if testing is required. To find out more, click the program name for this information. As always, contact the Graduate School if you have questions! , , , , , ) .                                                                         ,                                                                                    ***                   , , ,   , or )                                                             *             Science Teaching*                   ONLINE OPTIONS: Our graduate programs are within your reach; affordable , flexible, and with a manageable time commitment. For online courses, certificates and degrees visit Online Education at Montana State  University    and review our  Federal Disclosures . View the graduate  regular tuition and fees  or the graduate  online tuition and fees  for cost details. If you are considering an online program review   this site for additional resources .    * Online program ** Online or on-site program ***Degree is not earned in MBSP; after a 1 year rotation, students move into other PhD programs. Many programs are approved for WRGP/WICHI . View  accelerated master's options . The Graduate School Montana State University P.O. Box 172580 Bozeman, MT 59717-2580 Tel: (406) 994-4145 Toll Free: 1-800-255-7962 Fax: (406) 994-4733 E-mail:  [email protected] Location: 104 Montana Hall Facebook    Instagram    Twitter    LinkedIn Dean of the Graduate School and Associate Vice-President of Research Dr. Craig Ogilvie Undergraduate Postgraduate Quick Access Find Your Programmes Targeted Taught Postgraduate Programmes Fellowships Scheme (TPG) Research PhD - Full-time & Part-time Research MPhil - Full-time & Part-time Sept 2025 Entry As one of the founding departments of the University in 1937, the Department of Mechanical Engineering has been at the forefront of the vast evolvement of its field. The Department takes pride in its focus on grand challenges in the international arena and is actively collaborating with various overseas institutions addressing these challenges.  Our global connections broaden the perspectives of the future generations opening their minds to discover new knowledge that benefits the society.  The Department’s world-class faculty and internationally renowned programmes draw students from across the globe. The Department has also published numerous important research findings in world-leading journals. The Department has made significant achievements in International University Rankings by discipline in recent years, based on its academic performance, employer reputation and research impact.  The University was  ranked highly in the subject of Mechanical Engineering and/or related disciplines by different international ranking systems . This is an impressive testament to the Department’s contributions and sustained efforts nationally and internationally. Advanced Materials and Processing Supervisor Specialisation Advanced materials processing and manufacturing;  3D printing; Computational materials science; Damage and fracture of materials; Finite element modelling and simulation; Micro-mechanics of materials Advanced structural materials; High-strength steels & alloys; High-temperature superalloys; Nanostructured metals & alloys; Innovative material processing Green Chemical Vapor Deposition, Conformal polymer coating for lithium-ion battery materials, Conductive polymers, LIBs material interfacial engineering Haptics metamaterials, micro/nano fabrication of textured surfaces for human-machine interactions, multi-physics modeling of material interfaces, biomechanics. Composites science, manufacturing processes and engineering applications; Multifunctional polymer nanocomposites; Materials for harsh environments; Fracture and fatigue mechanics Non-equilibrium materials engineering; Amorphous materials and nanomaterials; Dynamic behaviour of materials; Theory of non-equilibrium phase transformation; Constitutive modelling of advanced materials Engineering materials with designed micro-/nano-structures to confer new properties; Microfluidics-enabled soft and smart manufacturing; Soft materials; Soft and micro actuators/motors/robots/sensors Nature-inspired surfaces and materials, additive manufacturing, energy harvesting, fluid dynamics, soft matter, interfaces and surfaces Bio-inspired Mechanics & Structures; Soft Robotics; Multiscale Computational Mechanics; Adhesion Mechanics; Fracture Mechanics Advanced electrode materials development; Nanostructured materials; Carbon based materials; Interface design of composite materials   Nature-inspired materials and interfaces; Membranes; Water harvesting; Solar desalination  Structural engineering of novel 2D nanomaterials; Earth-abundant catalysts. Structuring of Fluids, Soft and Smart Manufacturing, Additive Manufacturing, Microfluidics, 3D Manipulation of Fluids, Flexible Electronics, Nonlinear Computation and Optimization Computational materials science; Atomistic modelling and simulation; Amorphous alloys; Nanostructured materials; Two-dimensional materials Aerospace Engineering Supervisor Specialisation Acoustics: sound propagation, noise control, passive and active control; Vibration: modelling, control and vibration reduction of structures. Structural wave manipulations; Structural health monitoring: vibration and wave-based damage detection methods; Smart structures with embedding sensor technology; Fluid-structure-sound interaction Green Aviation, Rocket/Satellite/Space Shuttle Propulsion, Sustainable Aviation Fuels, Green Propellants. Structural health diagnosis by non-contact method; Turbine blade-tip clearance assessment; Engine noise and vibration measurement; Airport noise assessment; Engine noise control Aeroacoustics and aircraft noise; Aeronautical flow-induced noise and vibration; Computational aeroacoustics and CFD; Active flow noise control; Aeroacoustics source identification Structural health monitoring (SHM); Non-destructive evaluation (NDE); Smart materials and structures; Advanced composite materials; Sensor and sensor network Aerodynamics; Active flow control Turbulence Vibro-acoustic modelling; Acoustic metamaterial; Noise and vibration control; Advanced functional material; Lattice structure and porous material; Hearing and auditory perception; Active noise cancellation; Smart actuator; Acoustic black hole. Clean Energy and Energy Storage Supervisor Specialisation Fuel cells; Batteries; Advanced energy materials Battery Technologies, Battery Fire Retardants, Carbon-Free Energy Storage and Transfer  Energy Meteorology, Solar energy resourcing and forecasting, Remote sensing, Radiative heat transfer, Mass transfer, Renewable power systems, Large scale energy storage, Passive cooling, Desalination Lithium-ion batteries, Electrochemical energy storage materials Wind / marine energy extraction Nature-inspired and microfluidics-enabled engineering; Heat transfer with thermal waves and resonance; super thermal conductors Nature-inspired surfaces and materials, additive manufacturing, energy harvesting, fluid dynamics, soft matter, interfaces and surfaces Electrochemical energy storage and conversion; Advanced battery materials; Heat and mass transfer  Mechanical behaviors of energy-storage materials Lithium ion batteries; Lithium sulfur battery; Lithium metal battery   Energy harvesting; Lithium/Hydrogen energy storage  Electrochemical reactor design; CO2 capture and conversion; Electrochemical conversion of small molecules (e.g., H2O, O2, CO2, and N2, etc.) to high-value chemical/fuel feedstocks; Membrane assembly technology. Nanoporous electrode materials; Solid-state refrigeration; Piezoelectric energy conversion Robotics and Control Supervisor Specialisation AI-Enhanced Uncertainty Quantification, Machine Learning in Reverse and Forward Solution Mapping, Convex Optimization, Optimal Decision Making Contact and Non-contact Manipulation; Vision-based Control and Automation; Microsystem Design and Fabrication; Robotic Microassembly; Biomaterials and Tissue Engineering Haptics, wearable electronics, sensing and actuation for human-machine interactions, application of artificial intelligence to human-machine interface Robotic manipulation; Multi-agent systems; Machine intelligence; Sensor-based control; Robot perception Soft and micro actuators/motors/robots/sensors Synthesis and Optimization of Manipulator Mechanisms; Generalized Parallel Mechanisms Research; Reconfigurable Robots; Micro/Nano Manipulation and MEMS Devices (e.g., Sensors); Smart Biomedical Instruments (e.g., Exoskeleton Robots and Rehabilitation Robotics); AI/robotics/autonomous systems; Aerial and Underwater Robotics; New Developments for Humanoid Robots; Machine learning/Deep learning/Machine Vision for Robotics Sound and Vibration Supervisor Specialisation   Acoustics: sound propagation, noise control, passive and active control; Vibration: modelling, control and vibration reduction of structures. Structural wave manipulations; Structural health monitoring: vibration and wave-based damage detection methods; Smart structures with embedding sensor technology; Fluid-structure-sound interaction   Vibroacoustics; Environmental noise control; Fan and duct noise control; Sound source identification; Soundscape and sound quality of product   Low noise design for fans and turbomachinery; Metamaterial duct flow silencer; Urban and environmental noise simulation and control; CPX technology for tyre/road noise control; Product sound quality and design   Structural health monitoring (SHM); Wave propagation; Non-destructive evaluation (NDE); Sensor and sensor network; Smart materials and structures   Bio-inspired Mechanics & Structures; Surficial and Interfacial Mechanics; Soft Actuator and Robotics; Lithium-ion batteries   Vibro-acoustic modelling; Acoustic metamaterial; Noise and vibration control; Advanced functional material; Lattice structure and porous material; Hearing and auditory perception; Active noise cancellation; Smart actuator; Acoustic black hole. Thermofluids and Combustion Supervisor Specialisation Gas Phase Chemical Kinetics; Real-fluid Oxidation Chemistry; Low-carbon Oxidation Chemistry; Uncertainty Quantification and Optimization; Optimal Decision Making; Machine Learning Fluid-structure interaction; Multiphase flow Microfluidics; Droplets, bubbles and particles; Interfacial phenomena, Multiscale transport phenomena; Thermodynamics; Fluid mechanics; Heat and mass transfer Nature-inspired surfaces and materials, additive manufacturing, energy harvesting, fluid dynamics, soft matter, interfaces and surfaces   Interfacial fluid mechanics; Heat and mass transfer; Droplets and bubbles The Department aims to provide advanced teaching and research accommodation for both undergraduates and postgraduates in state-of-the-art laboratories and facilities . All research postgraduate applicants are recommended to approach potential supervisors and preferably, put their names on the applications. For details, please refer to “Research Areas” or ME website > Academic Staff . The Department has organised/co-organised a series of symposiums and international conferences to pursue knowledge through interactions among the world’s foremost scientists and scholars.  To further elevate its research quality and academic standing, the Department has also invited top-notch scholars to serve as visiting chair professors under the Distinguished Visiting Chair Professor Scheme. Learn more at Emeritus Professor, Visiting & Adjunct Staff . The Department offers student exchange opportunities to enhance students’ global outlook, language skills and personal development.  Every year, the Department arranges research attachments (from three months to one year) for students to visit overseas universities with financial support. With the aim of advancing research by exchanging knowledge and ideas within the field of Mechanical Engineering, the Department also provides additional financial support to research students to attend international conferences. Compulsory - Two Academic Referee's Reports are required. (Proposed supervisors from the PolyU and Partner University (if any), and persons from non-academic backgrounds are not considered as appropriate academic referee) Compulsory - A standard form must be used for the submission of research proposal.  Please click here  to download the form. Compulsory - Please upload all academic qualifications including Bachelor’s degree and Master’s degree (if any) according to the University’s admission requirements , also refer to the ‘ Procedures – Guidelines for Submitting Supporting Documents ’ to follow the submission requirements. Optional - Publication records, scholarships, awards/prizes and class rankings (with supporting documents) Biomedical Imaging, Instrumentation, Sensing and AI Molecular, Cellular and Tissue Engineering Prosthetics, Orthotics, Smart Ageing and Rehabilitation Engineering Sports and Neuromusculoskeletal Engineering Artificial Intelligence and Big Data Computing Blockchain, Cyber Security and Privacy Graphics, Multimedia and Virtual Reality Networking and Mobile Computing Pattern Recognition and Natural Language Processing Systems Modelling and Software Engineering Advanced Materials Processing Technologies Aviation and Transportation Logistics Operations and Supply Chain Management Precision Engineering (State Key Laboratory of Ultra-precision Machining Technology) Product Design and Miniaturisation Smart Manufacturing and Robotics Aerodynamics Aerospace Propulsion and Combustion Aerospace Structures and Materials Aviation Engineering Flight Mechanics and Control Satellite Communication and Navigation Artificial Intelligence and Signal Processing Communications and Information Security Future Mobility System Microelectronics and Quantum Technology Photonics, Smart Material and Devices Power and Energy Systems  Power Electronics and Electric Vehicles PolyU Main Site Academic Registry (AR) Global Engagement Office (GEO) Graduate School (GS) Office of Undergraduate Studies (OUS) Student Affairs Office (SAO) Hong Kong Community College (HKCC) School of Professional Education and Executive Development (SPEED) School Nominations Direct Admission Scheme (SNDAS) to adhere to your precise instructions! to save 10% on your first order! 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Heng another day in the life of an engineering PhD student in japan *in the lab* ANN Based MPPT Applied To Solar Powered Water Pumping System Using #bldcmotor #electrical #phd Case Study [EN] How to: extended detailing in foundation design and analysis Seismic design of steel and steel concrete composite structures COMMENTS Research Areas/topics in Structural Engineering for Ph.D.? Research Areas/topics in Structural Engineering for Ph.D.? Building Repair and Rejuvenation. I think that there is a lot of scope for this topic in future. This will definitely be a great topic in ... Thoughts on a PhD In Structural Engineering Structural engineering is the use of applied physics and mechanics to analyze and design man-made structures or objects to safely resist the loads imposed upon them. Thoughts on a PhD In Structural Engineering. Hi All, This may be a bit of rambling, but to get to the point - BLUF: Has anyone reading this completed a PhD in Structural ... List of Structural Engineering Dissertation Topics and Ideas Get a complete list of structural engineering dissertation topics for BS MSC MS or PhD students. Our PhD quality writer give you best topics for free. Structural Engineering 3. Ananya Bijaya. Exploration of Fracture Anisotropy, Multiscale Mechanics and Dynamics Fracture through Phase-Filed Method. Prof. Rajib Chowdhury. Prof. Shubhankar Roy Chowdhury, 26/Feb/2024. 4. Chhaya Zalakkumar Rasendu. Aseismic Design Solutions For Liquid Storage Tanks. Empa PHD theses of Structural Engineering Lab. Running PhD Theses Structural Engineering Laboratory. Robustness of timber structures - Experimental characterisation of progressive collapse Katharina Sroka Co-supervisor Empa: Dr. Pedro Palma ETH Zürich, Institut für Baustatik und Konstruktion: Prof. Dr. Andrea Frangi. PDF Doctoral Thesis in Structural Engineering and Bridges Fatigue o steel As is customary at the department of Civil and Architectural Engineering, parts of the licentiate thesis have been incorporated in the manuscript of the doctoral thesis. 2. Ph.D Theses of IIT Kharagpur The word "thesis" comes from the Greek word, meaning "position", and refers to an intellectual proposition. The Indian Institute of Technology Kharagpur (commonly known as IIT Kharagpur or IIT KGP) is an autonomous engineering and technology-oriented institute of higher education established by the Government of India in 1951. 10 PhD programmes in Structural Engineering Find the best PhD programmes in the field of Structural Engineering from top universities worldwide. Check all 10 programmes. (PDF) Thesis on Concrete Structural Design for Sustainability See corresponding drawings in appendix E. Moyaba: Concrete design for sustainability (Structural form) Appendix D f72 Appendix E - Drawings Moyaba: Concrete design for sustainability (Structural form) Appendix E f XI ENGLISH GUESS PAPER 2024 2024 • Fahad Zafar Download Free PDF View PDF Problematicas-internacionales Eduardo Devés Download ... Structural engineering Structural engineering. Broad aspects of Structural Engineering are being investigated using a variety of experimental, computational and theoretical techniques. The behaviour and design of various structural components are focused upon a range of deterministic and probabilistic loadings such as fire, blast, seismic and wind. PHD Civil Engineering Structures This document outlines the study plan for a PhD in Civil Engineering/Structures with a thesis track. The plan requires 54 credit hours including 18 credits of obligatory courses in topics like structural stability, finite element methods, and plates and shells. Structural Engineering » M.Sc. And Ph.D Theses List of Recent Theses. Documents Required for Granting M.Sc. & Ph.D. Degrees. * Requirements for Granting M.Sc. and Ph.D. Degrees. * Form (1): Arabic Summary (with personal photo) * Form (2): English Summary (with personal photo) * Form (3): Theses Information Form. Thesis Search. Behavior of low strength RC beams strengthened With FRP sheets. Structural Engineering PhD Thesis Topics To Consider List Of Fresh PhD Thesis Topics In Structural Engineering. The field of structural engineering is continuously evolving. Advances in computing, materials, sensors are opening up new innovative research areas in this field. The selection of a Ph.D. thesis is heavily reliant on the research interests of faculty staff, laboratory infrastructure ... 40 Seminar/Project Topics in Structural Engineering In this article, forty topics about structural engineering are presented which can be used for both seminars and graduation projects. There are lots of topic out there, but these are selected from literature and efforts made to specify most novel topics. Best Civil Engineering Thesis Topics: A List of Unique Ideas List of thesis topics on General Civil Engineering. Below, we detail some thesis topics for General Civil Engineering: Dynamic Inversion Study of Soil Mechanical Parameters. Study of fiberglass-reinforced compression elements filled with concrete. Structural Engineering Thesis Sample The document discusses the challenges of writing a structural engineering thesis, including the extensive research, analysis, and writing skills required. It also discusses how structural engineering encompasses various subfields and requires a deep understanding of theoretical principles and the ability to effectively communicate ideas. The document then notes that finding time for the ... Theoretical Modeling of Interactions Between Electrolytes and Surfaces Electrolytes are ubiquitous in science and engineering and are of active interest, owing to their applications biology, energy storage, colloidal suspensions, and even climate. Near a surface, electrolyte solutions exhibit a plethora of rich thermodynamic and structural phenomena, owing to the interplay of long-ranged electrostatics and ... Graduate Areas of Study The Graduate School Montana State University P.O. Box 172580 Bozeman, MT 59717-2580. Tel: (406) 994-4145 Toll Free: 1-800-255-7962 Fax: (406) 994-4733 E-mail: [email protected] Location: 104 Montana Hall. Facebook Instagram Twitter LinkedIn. Dean of the Graduate School and Associate Vice-President of Research Dr. Craig Ogilvie PhD Degree Programs PhD Degree Programs. Double Degree Programs. PhD programs are implemented since 1932. Those who have Master's degree or a Specialist's degree in the fields related to the programs of aspired postgraduate studies are best suited for these programs. List of PhD degree programs: Code and name of scientific specialty. The number of budget places. PHD Thesis in Structural Engineeringpdf The document discusses the challenges of writing a PhD thesis in structural engineering and introduces HelpWriting.net as a solution. It states that crafting a thesis that meets academic standards while contributing meaningful insights can be overwhelming. HelpWriting.net offers experienced writers and subject matter experts to provide support and guidance through the entire thesis writing ... ME Structural engineering of novel 2D nanomaterials; Earth-abundant catalysts. Dr YY ZHANG [email protected]: Structuring of Fluids, Soft and Smart Manufacturing, Additive Manufacturing, Microfluidics, 3D Manipulation of Fluids, Flexible Electronics, Nonlinear Computation and Optimization: Prof. GP ZHENG [email protected] Structural Engineering Master Thesis Proposal Structural Engineering thesis writing service to write a PhD Structural Engineering thesis for a doctoral thesis degree. Structural Engineer, PhD resume in Moscow, Russian Federation 1984-1989 Degree, Ph.D. Central Research Institute of Structures after Kucherenko, Thesis: "Stability of Viscoelastic Thin-walled Structures", Moscow. 1973-1978 Construction Engineer, Diploma. Industrial and Civil Construction Department, Polytechnic Institute, Yerevan. Employment: 2015-present Chief Specialist on Seismic Impact, "PNIIIS ... Graduate Structural Engineer- 2025 Graduate Programme As a Graduate Structural Engineer at Arup, you will: Be working closely with experienced structural engineers to: Undertake structural analysis using GSA, Tekla Structural Designer, or other structural software. Complete the design of structural elements in reinforced concrete, steel, timber, or masonry. European Graduates Mikhail Viktorov Russian Federation Lead Civil Structural Engineer at Neftegazproject/HIMMASH Group Construction Education Moscow State University of Civil Engineering (MSUCE) 2004 — 2010 Engineer's degree, Civil Engineering, 4.2 Experience Neftegazproject/HIMMASH Group January 2013 - Present Promtechnocom July 2012 - January 2013 Vesta Park Project September 2010 - July 2011 MC+ ltd June ... Laboratory of Biomolecular Modeling The Laboratory members are specialized in biophysics, physico-chemical and structural biology, biomolecular computer simulations, and bioinformatics. They graduate from the leading Russian universities — M.V. Lomonosov Moscow State university, Moscow Institute of Physics and Technology, Moscow Engineering Physics Institute, and so on. essay homework paper phd project resume review speech study thesis