NEW IEEE 2012 TRANSPORTATION BASED CIVIL PROJECT TITLES

NEW IEEE 2012 TRANSPORTATION CIVIL ENGINEERING PROJECT TITLES :

 This post provides the top 25 high rated civil transport project title to enhance your project ideas.Some civil transport based projects are:-

1. Automated highway systems
2. Dynamic Decision Making for Less-Than-Truckload Trucking Operations 
3. Container Ship Stowage Planning with Quay Crane Utilization 
4. Advanced Pavement Design
5. Intelligent transport system
6. Flexible pavement
7. Rural road development
8. Highway safety
9. An Applied Technology and Traffic Analysis Program (ATTAP) 
10. Traffic Monitoring System 
11. Market equilibrium models of natural gas markets 
12. Multiobjective optimization and statistical modeling for management of wastewater treatment  processes 
13. Analysis of the State of Maryland's potential participation in the Regional Greenhouse Gas Initiative 
14. Multiobjective optimization for Smart Growth in land development 
15. E-Construction 
16. Existing Right-of-way Plats Database GIS Applications 
17. Optimal Scheduling of Evacuation Operations
18. Complementarity Models for Electric Power Market Equilibria 
19. Optimization Models for Electric Power Retailers 
20. Models and methods for wireless, reconfigurable, ring topology free space optical networks  
21. Mixed traffic control & behavior continuously reinforced concrete pavement

Hence this post is very useful to final year enginnering students to decide their project titles.For more detail about the project in various fields such as Mech,EEE,EIE,Civil and CSE/IT visit our site newprojectideas.

To view a engineering Wireless & Network related project,

• Visit    IEEE 2012 Mechanical Seminar topics
• IEEE Electronic projects
• IEEE Mechanical Projects
• Mechatronix detailed Project

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IEEE 2012 PROJECT FOR CIVIL & ENVIRONMENTAL ENGINEERING

DESIGN OF PARABOLIC BRIDGE WITH HIGH YOUNG MODULUS:

Absract:
          This project is deals with how to make a parabolic bridge with high young modulus.This parabolic bridge is designed with high elasticity with quality tensile steel for high strength.This parabolic bridge is designed with a motto of designing high reliable bridge with low cost for long duration.Suspension bridge is also sub category related to parabolic bridges.

About Parobolic bridge:

                 The Hadley Parabolic Bridge is the best example for Parabolic bridge,which is located acrosss the Sacandaga River in Hadley,New York, United States. It is also known as iron bridge constructed in  19th century.It is the only surviving iron steel based semi-deck lenticular bridge in the state.The length of the span is extended based on the length of the meter.Tensile steel is always used to construct the iron related parabolic bridges.Parabolic bridge is a type of bridge in which the deck is hung below suspension cables to bear a load on vertical suspenders.

About Young Modulus:

            Young's modulus is also known as the tensile modulus.It is a measure of stiffness of an elastic material used to construct a bridge and is a quantity used to characterize materials to be used. Young Modulus is defined as the ratio of  uniaxial stress over the uniaxial strain in the range of stress in the used material.The tangent point is obtained from the slope of the stress/strain graph.In solid mechanics, the slope of the stress/strain curve at any point is called the tangent modulus which is the positive coefficient.The tangent modulus of the initial position, linear portion of a stress/strain curve is called Young's modulus. It can be experimentally determined & Calculated from the slope of a stress-strain curve created during tensile tests conducting on a sample of the material. 

This experimentation is also called as elastic modulus or modulus of elasticity.Young's modulus is the most common elastic modulus used to measure the elasticity of the material.

Some other modulus related to Young Modulus are:-

• Bulk Modulus
• Shear Modulus

About the Project:

        The concept of the project is to make a parabolic bridge with high young modulus.High Young modulus states the high elastic property that is applied to the material construction.Hence the bridge is designed to high young modulus to attain a following advantages,

Some advantage of this project:

1. High tensile bridge with low weight.
2. Construction cost is low as compared to concrete bridge
3. Yield high elasticity.
4. Lifetime duration is long

Conclusion:

          Hence this project is designed with low bearing load with high elasticity elastomers.

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