Choose your Project Title from the List of Concrete Technology based Civil Engineering Final Year Project Titles for Final Year Projects.
- Numerical Evaluation of Structural Behavior of the Simply Supported FRP-RC Beams
The main problem of steel-reinforced concrete structures is corrosion of steel reinforcements which leads to premature failure of the concrete structures. This problem… - FEM Modeling of Concrete Gravity Dams
This project is an analysis of two different concrete gravity dams. One of the dams, the Baozhusi Hydropower Station, is a fully functional concrete gravity dam situated in the Sichuan province in the Peoples Republic of… - FE Analysis of Interlocking C3C Solid Concrete Blocks without Casting
Solid concrete Lego blocks can be used as temporary retaining wall systems or as wall separators between different materials such as sand, salt, compost, etc. The advantage of concrete blocks is that you can create… - Load Capacity of Anchorage to Concrete at Nuclear Facilities
The aim of this thesis was to study the load bearing capacity of anchor plates, used for anchorage to concrete located at nuclear facilities. Two different type of anchor plates were examined, which together constitute the … - Recycling of Materials in Civil Engineering
Although Britain is relatively rich in natural aggregate reserves, planning approvals to develop new quarries are running at about half the rate of aggregate extraction. The use of secondary materials, such as recycled… - Using Non-linear Vibration Techniques to Detect Damage in Concrete Bridges
There has been much work published in recent years on the use of vibration characteristics to detect damage in bridges. Almost all of this work has been based on the assumption that the vibration is linear, i.e. the… - Mechanical Properties of Concrete Incorporating Used Foundry Sand
Metal foundries use large amounts of the metal casting process. Foundries successfully recycle and reuse the sand many times in a foundry and the remaining sand that is termed as foundry sand is removed from foundry… - A Thermodynamic Approach to Constitutive Modelling of Concrete Using Damage Mechanics and Plasticity Theory
Recent advances in computational mechanics have opened the potential of carrying out the analysis and design of concrete structures in a realistic manner with the use of nonlinear concrete models.This encourages the development … - Geogrid Reinforcement of Granular Layers on Soft Clay – A Study at Model and Full Scale
The mechanisms by which a geogrid acts to reinforce a granular layer over a soft clay were investigated with reference to trafficking of unpaved roads. The research involved a programme of physical testing at both model and … - Probability of Failure for Concrete Gravity Dams for Sliding Failure
Safety of dams can be evaluated based on the risk analysis methodologies that accounts for estimation of the risks associated to the dam-reservoir system. For this purpose it is important to estimate the probability of load events … - Concrete Shrinkage Prediction using Maturity and Activation Energy
Shrinkage is a complex material response that often affects concrete in an adverse manner. The characteristics of the natural environment in which concrete is placed and the rate of strength development have been used to model the rate … - Behaviour and Structural Design of Concrete Structures Exposed to Fire
Concrete has an excellent intrinsic behaviour when exposed to fire, especially when compared to other building materials. However, its fire resistance should not be taken for granted and a proper structural fire design… - Impacts of Using Crushed Rocks in Concrete
Concrete in Sweden has traditionally been manufactured with natural aggregate from glaciofluvial eskers. There is a need to preserve the remaining eskers because of their cultural value and importance for water… - Characterization of the Behavior of Ultra-High Performance Concrete
In the past decade significant advances have been made in the field of high performance concretes. The next generation of concrete, Ultra-High Performance Concrete (UHPC), exhibits exceptional strength and… - Rehabilation and Maintenance of Road Pavements using High Early Strength Concrete
The vast amount of civil infrastructure in the United States includes an extensive stretch of road networks. From an economic point of view it is more cost effective to maintain the already existing pavements rather than building new … - Dynamic Analysis of the Baozhusi Dam Using FEM
High magnitude earthquakes have devastating effects that leads to severe human and material losses; when affecting concrete gravity dams, seisms devastate the surrounding habitat through sudden release of reservoir. Dam safety is … - Embedded Strain Sensor with Power Scavenging from Bridge Vibration
The objective of this study is to investigate an embedded strain sensor system with power scavenged from highway bridge vibration for structure health monitoring. A power scavenging scheme is developed to power… - Finite Element Studies of Reinforced and Unreinforced Two-layer Soil Systems
The purpose of this study is to obtain an insight into the mechanisms by which a geosynthetic membrane influences the performance of a plane strain and an axisymmetric two-layer soil. The system reinforcement is incorporated… - Behavior and Performance of High Performance Concrete for Pavements
Under TE 30, High Performance Concrete Pavement program, several states are undertaking a variety of innovative research in high performance concrete pavement materials and innovative design/construction features… - Shear Strength of Reinforced Concrete Beams subjected to Blast Loading: Non-linear Dynamic Analysis
The experimental investigations performed on the behaviour of reinforce concrete elements subjected to blast loading have revealed that the shear mechanisms and ductility play important roles in the overall response and failure mode … - Shear Capacity of Steel Fibre Reinforced Concrete Beams without Conventional Shear Reinforcement
While the increase in shear strength of Steel Fibre Reinforced Concrete (SFRC) is well recognized, it has yet to be found common application of this material in building structures and there is no existing national standard… - The Contribution of Non-structrual Components to the Overall Dynamic Behaviour of Concrete Floor Slabs
Prestressing and the advent of high strength materials enable the construction of more slender floor slabs with lower values of natural frequency and damping. Under certain circumstances, the vibrations due to forcing frequencies of … - Preliminary Design and Multi-Criteria Analysis of Solutions for Widening an Existing Concrete Bridge
Europe experienced the destruction of numerous infrastructures during World War II, followed by a reflation and a strong economic growth during the next two decades allowing a more perennial and durable situation….
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