Light-weight aggregate prestressed concrete, Civil Engineering

Assignment Help:

Light-weight Aggregate Prestressed Concrete

The use of  light-weight aggregate concrete for prestressed concrete construction is well established. The main advantage of  light-weight concrete is that it reduces the self-weight of  the structural components. Because of  this the amount of  concrete and prestressing steel required for carrying the load is reduced. This type of  concrete becomes important in long span structures where the  self-weight of  the member is an important factor to be considered for the determination of  the design load of  the structure. This eases the transportation of  the members also.

 


Related Discussions:- Light-weight aggregate prestressed concrete

How can we reduced frictional losses, How can we reduced frictional losses ...

How can we reduced frictional losses Frictional losses can be reduced by several methods, such as : (a) Over-tensioning the tendons by an amount equal to the maximum frictio

Wooden truss, which truss is suitable for 19*22m span on which mangalore ti...

which truss is suitable for 19*22m span on which mangalore tiles can be placed or shud steel truss be preferred for such span and which 1 is more profitable in rural desiggn...

Ranging, defference between direct and indirect ranging..

defference between direct and indirect ranging..

Iron and steal, What does the term offset mean in relation to modulus of el...

What does the term offset mean in relation to modulus of elasticity?

Explain the perception reaction time, Explain the Perception Reaction Time ...

Explain the Perception Reaction Time A significant variable in the successful processing and use of information is the speed with which this is done. Perception-Reaction Time (

Write short notes on bricks, Q. Write short notes on Bricks? Bricks are...

Q. Write short notes on Bricks? Bricks are an important construction material required in bulk Quantities for construction of walls both sub structure & super structure. For th

Define types of deterioration in steel substructure, Define Types of Deteri...

Define Types of Deterioration in Steel Substructure There are 5 major types of deterioration in steel substructure in the marine environment: - Corrosion - Abrasion - Loo

Determine the loss of fluid energy, Determine the loss of fluid energy as 3...

Determine the loss of fluid energy as 310 gallons per minute (gpm) of water flows through 1,000 ft of 4 inch, schedule-40 welded and seamless steel pipe. The fluid temperature is 5

Pros and cons of a variety of non-destructive weld methods, Question In...

Question In checking quality of weld, what are pros and cons of a variety of non-destructive weld inspection methods as in ultrasonic test, radiographic inspection and magnetic

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd