Category: Civil Engineering Projects

 This category consists of Final Year projects for Civil engineering, Civil  Engineering Final year Projects list,Final Year Civil Projects ideas,Final Year Civil Projects abstracts.

1.  Impact Of Rice Husk Ash On Cement Concrete Project Abstract
2.   Highway Network System Civil Project Report
3.   Design Of Under Ground Water Tank Btech Civil Project Report
4.   Design And Plan Of College Hostel Civil Engineering Project Ideas
5.   CIVIL Project on Design And Development Of Shake Table
6.   BEHAVIOUR OF REINFORCED CONCRETE BEAMS WITH COCONUT SHELL AS COARSE AGGREGATES
7.   Alternate And Low Cost Construction Materials And Techniques CIVIL Project Report
8.   CIVIL ENGINEERING PROJECT ON Hindustan Construction Company
9.   SLIP FORMING CIVIL Seminar Topic
10.   Civil Project Abstract SECANT PILE Construction Technique
11.   Safe Water Technologies Civil Project Report
12.   Retrofitting Of Rc Beams With Externally Bonded Simcon Laminates
13.   Real Time Automatic Irrigation System Project Report
14.   Protection Repair And Maintenance Of Rcc Structures Btech Civil Project
15.   Primary Treatment Of Waste Water Fundamental Of Environmental Engineering
16.   Project Report On Polymer Fibre Reinforced Concrete Pavements
17.   CIVIL Project Report On Panama Canal Construction
18.   Labour Relation Project Report Civil Engineering Project
19.   Modeling and Automated Containment of Worms Project Abstract
20.   DESIGN OF ROAD SIDE DRAINAGE CIVIL Engineering Project
21.   Civil Project Report On Wind From Sun Power Plant
22.   Empire State Building CIVIL Final Year Report
23.   Water Sample Testing Civil Project
24.   Waste & Recycled Material In Concrete Technology
25.   Civil Project On Use Of Fly Ash In Different Countries
26.   Studies On Economical Configuration Of Rcc And Prestressed Shell Roofs
27.   Students Industrial Work Experience Scheme (Siwes) Project Report
28.   Sheet Metal Drawing Btech CIVIL Project Idea 

A need for the development of better drainage system has always been a subject of discourse. The DESIGN OF ROAD SIDE DRAINAGE CIVIL Engineering Project provides information on easy and result-oriented ways for construction of road fences and the most budget-oriented road side design with proper drainage system(s). The project stresses the importance of implementation of the strategies or the techniques for proper construction of the drainage system(s) with respective to concerns of the users or the habitants.

Need for the proper road-side drainage systems:   

 Improper drainage in any form as surface or subsurface or cross drainage can create a great difficulty for the habitants. To a larger extent, poor drainage system can affect the structural integrity and sanitation facilities which the users or the habitants are used to. If the roads are properly designed then only the related problems such as pumping or accumulation of mud in diurnally busy areas or Hydroplaning etc can truly be rooted out and which if neglected can continue to create havoc for the users. If there can be created any efficient way for easy removal or elimination of water then this may provide myriad benefits to the users. 

This project also shed light on types of road-side drainage which is based on the structure of the constructional properties of the roads. It also speaks of the importance of effective and reliably implemented techniques for easy execution of the road side drainage system(s). Hydrological and Hydraulic analysis for perfect elimination of the flaws in executing the designing strategies of the surface drainage is also very clearly presented.

Conclusion:

The project provides a better and an efficient way to judge the lay out proposals for road side drainage and thus will also fulfill all requirements of an ideal drainage system. The problems such as the presence of potholes, development of water-logging conditions, or problems related to erosion or corrugation should not be overlooked when designing road-side drainage. 

Download Design of Road Side Drainage Civil Engineering Project.

This Civil Project Report On Wind From Sun Power Plant is about obtaining wind using sun power. Wind from the Sun is a new method for producing energy from solar and wind. Energy from sun light is converted into heat by a large solar collector. The solar collector heats the air above it and the heated air rises. Cooler air moves to replace the rising warm air and the cycle begins. Continually solar collector heats the air which rises and is replaced by cooler air. The warm rising air decreases the air pressure above the collector.

The rising warm air over the collector has a lower air pressure than cold air over the land of the collectors. A large diameter pipe or “air duct” connect lower air pressure in the middle of the collector, a higher air pressure, a short distance from the collector.  Air moves from high to low air pressure through the air channel.  Inside the air duct, convert pressure-staged wind turbines of the wind mechanical energy into electricity.

This energy can be harvested by wind turbines. A Wind from the Sun power plant would simulate this same type of system that occurs in nature, but with a greater degree of control and certainty. This will result in a more reliable wind with a higher average wind speed.

Conclusion:

In conclusion we can say that, this type of system produces some power. The sun warms the collector, which heats the air. The higher the air temperature, the air expands, causing the air pressure. Air must be from high to low pressure through the air duct and past the wind mills on the production of energy to move. A sea breeze works much the same way and produce significant winds. Alternate Design of the report is to increase efficiency, place air channel so that one end is over a large body of water. The water will be much cooler than the collector and will increase the air pressure difference along the air channel.

Download Civil Project Report On Wind From Sun Power Plant.

This Empire State Building CIVIL Final Year Report is about Empire State Building. This report starts with introduction of Empire State Building, Designers of building, New York City climate conditions, site maps, Technical Data, THE TECHNOLOGY OF CONSTRUCTION, Plan layout, Facilities.

The Empire State Building is the tallest building in the world for 40 years. It was built in New York (USA), took over American cities like Chicago and New York to the highest skyscraper. The Empire State Building has been named by the American Society of Civil Engineers as one of the Seven Wonders of the Modern World.

The Empire State Building remained the tallest man-made structure in the world for 23 years before it was surpassed by the Griffin Television Tower Oklahoma (KWTV Mast) in 1954. It was also the tallest free-standing structure in the world for 36 years before it was surpassed by the Ostankino Tower in 1967.The world’s longest record of the Empire State Building was held to hold the tallest building (for structural) for 42 years until it was surpassed by the North Tower of the World Trade Centre in 1973.At present The Empire State Building is the 15th tallest in the world.

The Empire State Building was designed by William Frederick Lamb of the architectural firm of Shreve, Lamb, and Harmon. To achieve this they decided to use steel frame as the basic construction technique. The building was completed in one year and 45 days. Its original 64 elevators are located in a central core; today, the Empire State Building has 73 elevators in all, including service elevators. It takes less than one minute by elevator to get to the 86th floor, where an observation deck is located. The report finally explain the about the different kind of Facilities available in Empire State Building.

Conclusion:

This report describes the complete view of Empire State Building, which will help for future research and understanding of it design and structure.

Download Empire State Building CIVIL Final Year Report.

The purpose of this Water Sample Testing Civil Project is to find out, how the water sample can test. The report starts with introduction and ends with conclusion with experiment report. The report defines the detailed information about water testing with various examples. The report also explains about the quantity of the samples and types of the samples. The Sampling Methods consists of Manual sampling, Automatic sampling and Sorbent sampling, which explain the details of water testing.

The physical and chemical properties of drinking water vary from top to bottom of the depth of the earth, and the time from morning to night. It is therefore difficult to obtain a truly representative sample. We need water for different purposes; we need water for drinking, industry, irrigation, swimming, fishing, etc. Water for various purposes requirements for the composition and purity, and each body of water must be tested regularly to confirm the suitability.

The types of analysis could change from simple field testing for a single analytic to laboratory based multi component instrumental analysis. The analytical process demands sampling and sample storage since changes in composition of water do not stop once the sampling has been taken. Screening is done to ensure that water reaches the laboratory, the same composition as it has occurred during sampling.

Conclusion:

The purpose of this project is to better understand environmental impacts of our actions on the local streams and rivers, the scientific studies of water quality and the understanding is to make the significance of the results. Water analysis and monitoring is a very important aspect of water conservation and protection. Water is a vital resource that runs more quickly over time. To ensure continued supply of safe, clean drinking water, we must work together as a community to protect and to this vital resource.

Download Water Sample Testing BE Civil Engineering Project.

Waste & Recycled Material In Concrete Technology: Recycled-aggregate concrete containing fly ash is an example of construction material in harmony with this concept, whereby sustainable construction development is useful with satisfactory performance, in both safety and service of structures, at lower costs and with advantages over ordinary concrete. This Report discussed the basis of which by-products to be use and recyclable materials in concrete which can be better results. Moreover, while using recycled materials some important properties of the hardened concrete such as ductility and durability can be better engineered. 

Concrete is fundamentally made of aggregates glued by a cementitious materials paste, which is made of cementitious materials and water. Each one of these concrete primary constituents, to a different extent, has an environmental impact and gives rise to different sustainability issues. WHAT IS CONCRETE RECYCLING? Breaking, removing & crushing hardened concrete from an acceptable source. Old concrete pavements often are excellent sources of material for producing RCA.

FLY ASH CEMENT:

Fly ash is the ash component of Coal liberated during combustion. Fly ash can be incorporated into Portland cement in one of the three ways. Fly ash can be used as a admixture or as replacement of Portland cement. Fly ash addition to Portland cement results in increased workability. In fly ash cement development of compressive strength is slow .At longer periods of curing Fly ash concrete develops higher strengths than the normal concrete. In this report finally explain by graph diagrams STRENGTH, PERMEABILITY OF FLY ASH CONCRETE, and pictures of some construction of buildings by using Fly ash. Finally report explains about Recycling of Waste Materials & by production for concrete technology.

Conclusion:

In the coming future Recycling of Waste Materials & by production for concrete technology will achieve new heights, as attempts are already being made to use municipal refuse & waste oil as partial substitutes for  production of cement clinker. We have to promote & development in the area of utilization of waste materials. Variability of the physical & chemical characteristics & availability at locations far removed from populations areas may inhibit the wide spread use of many types of wastes. Future work will have to be directed to study of the long term durability of concretes containing these materials.

Download Civil Engineering Final Year Project report on Waste & Recycled Material In Concrete Technology.

This Civil Project On Use Of Fly Ash In Different Countries report gives brief explanation Use of fly ash in different countries. China is the most Ash production and use country. Fly ash, a residue of burning of pulverised coal and lignite in thermal power stations, is now being accepted as a resource material. The concerted efforts in Mission Mode that began in India about decade back, have developed confidence in fly ash utilisation technologies and its large-scale utilisation. Till about a decade back, fly ash had been considered a “Polluting Industrial Waste” and most of it was being dumped in the ash ponds. Very few utilisation areas of fly ash were known and general perception of people about it was negative. Over a period of last ten years, lot of work has been undertaken with the focussed on Fly Ash. The potential of the fly ash has been understood & brought to the fore, the utilisation areas known earlier have been further strengthened by way of undertaking Technology Demonstration Projects and facilitating multiplier effects, awareness has been created among the user agencies through dissemination of information and many more new areas of ash utilisation have been developed.

Fly ash should be considered as an essential ingredient of concrete and not merely for replacement of cement or reduction in cost. Over a period of last ten years, the image of fly ash has completely been changed from a “Polluting Waste” to “Resource Material”. The economic worth of fly ash has been understood by the people and it has now become a “sought after material”.

Conclusion:

There is a need for concerted effort to promote the “technically sound”, “environmentally safe”, and “economically justified” utilization of Ash. A number of researches and projects on high levels utilization of Ash have been carried out in many part of world, however, the majority of which have not yet been commercialized. It should be emphasized that transforming such laboratory- or pilot-scale technologies into industrial productivity is of the highest priority for increased use of Ash.

Download Civil Engineering Project Report On Use Of Fly Ash In Different Countries.