Settlement due to increasing load on surrounding soil, Civil Engineering

Assignment Help:

Q. Settlement due to Increasing Load on Surrounding Soil?

When any portion of the ground surface  has been loaded, it causes  the surface  of adjacent soil also to tilt and settle. The amount,of tilt will depend on the nature and type of  subsoil. If subsoil consists of soft clay,  the effect of  the weight of a new  structure on the neighbouring structure  can be quite high. It may cause extra settlement  due to old structure. Such tilt may not be detrimental to the structure.


Related Discussions:- Settlement due to increasing load on surrounding soil

Diffrence between concrete road and bituminous road, Q. Diffrence between C...

Q. Diffrence between Concrete road and bituminous road? Concrete road belongs to rigid pavement and they don't deflect under traffic loads. Quite the reverse, bituminous pavem

Shear stress distribution on sections, is shear stress distribution on I an...

is shear stress distribution on I and T sections are same????

Roads, how to calculate number of passes while compaction

how to calculate number of passes while compaction

NERNST EQUATION, HOW CAN I MAKE ASSIGNMENT ON THIS TOPIC

HOW CAN I MAKE ASSIGNMENT ON THIS TOPIC

Example of foundation depth and arrangement, Example of Foundation depth an...

Example of Foundation depth and arrangement: For example, if the maximum discharge of a river is 1000 cu m per sec, and the silt factor is 0.60, the maximum scour depth is :

Define project scheduling - types of methods, Define Project Scheduling - T...

Define Project Scheduling - Types of Methods Project Scheduling - Distinction between the Major Types of Schedule Diagrams Precedence Diagrams (PDM)   a) Activ

Explain the principles involved in successful stabilisation, Normal 0 ...

Normal 0 false false false EN-IN X-NONE X-NONE MicrosoftInternetExplorer4

Municipal Hydraulics, Hello I have an assignment due feb 1st at 3 pm. I wan...

Hello I have an assignment due feb 1st at 3 pm. I wanted to know if it was possible that it gets solved

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)

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