Retaining walls, Civil Engineering

Assignment Help:

Retaining Walls:

A wall used to retain some material on one or both sides of it can be termed as retaining wall. Commonly, it is used to retain soil at two different levels on either side of the wall. Therefore, the materials to be retained on either side may be different, e.g. the wall of a swimming pool retains soil on one side and water on the other side. When the material retained by it is fluid say water, it is called a dam.

Gravity wall, cantilever wall, and buttress wall are some of the common types of retaining walls. In the case of Gravity Wall, the self-weight of the structure provides stability against the pressure of retained earth. Cantilever wall consists of the vertical arm that retains the earth and is held in position by the base slab. In this case, the weight of fill on top of the heel, further to the weight of the wall and contributes to the stability of the structure.

The procedure of design of a retaining wall commences with preliminary proportioning of the wall, and then the design is checked against the stability requirements of wall and is revised if required.


Related Discussions:- Retaining walls

Design of steel structure, in compression member [strut] why no deduction o...

in compression member [strut] why no deduction of area of rivet hole?

Soil compaction, Soil Compaction: Soils used in road construction nee...

Soil Compaction: Soils used in road construction need to be thoroughly rolled and compacted. Compaction of soil is needed for the following reasons. (a) A well compacted s

Explain resultant force on a area of a vertical plane, Resultant Force on a...

Resultant Force on a Given Area of a Vertical Plane The resultant force is calculated from the average pressure: R = (AVERAGE Ρ)(A)

Determine the late start time for activity, For the project network shown, ...

For the project network shown, the late start time (day) for activity "Q" is most nearly: Solution:  List the paths leading to "Q" and calculate the duration for each.

Design of prestressed concrete pipes, Design of prestressed concrete pipes ...

Design of prestressed concrete pipes The design of prestressed concrete pipes should cover the following five stages : (a) Circumferential prestressing, winding with or wit

Explain about the pot bearing - bridge bearing, Explain about the Pot Beari...

Explain about the Pot Bearing? POT bearing was developed in 1959 as an alternative to heavy steel sliding bearings. It consists of a circular non-reinforced rubber-pad fully en

Main concern regarding design of pavements, Question If In case a road ...

Question If In case a road passes from side to side a reclaimed land and an existing land, what is key main concern regarding design of pavements? Answer For a breathin

Computer programming, compare 2 numbers and print either the message identi...

compare 2 numbers and print either the message identifying the greater than number(or) the message starting that both number are equal

Determine the flow area of storm water, Storm water flows at a depth of 4 f...

Storm water flows at a depth of 4 ft in the natural channel as shown in the figure. The channel has a slope of 0.0l ft/ft and n = 0.025. 1. Determine the flow area:

State the term - total loss of prestress, Total loss of prestress The ...

Total loss of prestress The total amount of losses of prestresses may be accounted for in a prestressed concrete member by adding different losses which may take place for tha

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