How the raft is designed as a floating foundation, Civil Engineering

Assignment Help:

A raft, 9 m × 27 m, is founded at a depth of 3 m in sand with a value of  N = 25 up to great depth.

Verify the total load which the raft can support. If the raft is designed as a floating foundation, what will be the load it can support?

 


Related Discussions:- How the raft is designed as a floating foundation

Determine the concept of shrink-fitting of metal tyres, Determine the conce...

Determine the concept of Shrink-fitting of metal tyres Shrink-fitting of metal tyres on the wheels of bullock carts is well known. As the hot metal tyre rings cool down, they a

Levelling, principles of levelling

principles of levelling

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.

Basic considerations governing selection of road alignment, Basic Considera...

Basic Considerations Governing Selection of Road Alignment: The following considerations shall be kept in view in selecting the road alignment: Roads in Plain Areas (a)

Explain is vadose zone - ground water, Explain is Vadose Zone - Ground wate...

Explain is Vadose Zone - Ground water In an unconfined aquifer, it is the area located above the water table and aquifer, where the soil and rock are not saturated with water.

Define the frame column analysis, Define the Frame Column Analysis 1. B...

Define the Frame Column Analysis 1. Based on if a column section is a braced frame or unbraced frame. 2. Braced frame-indicates buckling mode shape does not involve tr

Find the maximum stress, Find the maximum stress: A circular bar rigid...

Find the maximum stress: A circular bar rigidly fixed at both ends is 1 m long and tapers uniformly from 20 cm diameter at one end to 10 cm diameter at the other end. Find the

Weigh batching, measurement of gauge box for sand ?

measurement of gauge box for sand ?

State the angle of inclination of the failure plane, The stresses at failur...

The stresses at failure on the failure plane in a cohesionless soil mass were: Shear stress = 4 kN/m 2 ; normal stress = 10 kN/m 2 . Verify the resultant stress on the failure plan

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