Deformation equation for settlement, Civil Engineering

Assignment Help:

Q. Deformation Equation for settlement?

When a load is applied on an elastic body, it results in strain. The summation of strain over a length is deformation or settlement. In the soil media, the strain (deformation/unit length) is produced primarily by a combination of particle rolling, slippage and sliding displacements. The deformation AH, is the statistical summation of the strain in that direction. Hence, along the direction of stressed depth

Di = Depth over which the foundation is resting.

431_Deformation Equation for settlement.png

554_Deformation Equation for settlement1.png = Strain (depends on Hooke's law), and

Most of the strain occurs directly beneath the footing, upto a depth of 0.3 to 0.5 B.


Related Discussions:- Deformation equation for settlement

Fixed end moments, For fixed beam(say for example fixed with a point load a...

For fixed beam(say for example fixed with a point load at midspan) how did we end up getting P*L/8...??

Application of quadratic equation, list some applications of quadratic equa...

list some applications of quadratic equation in civil engineering

Difference between road gullies and catch pits, Q. Difference between road ...

Q. Difference between road gullies and catch pits? Both road gullies and catchpits are the two fundamental types of drainage inlets of drainage system. However they are designe

Design of steel lug angles with channel sections.., while designing the lug...

while designing the lug angles with the channel section what does "the force not acccounted for by the direct connection of member" mean?

Concrete surround for drainage pipes, Concrete surround is generally adopte...

Concrete surround is generally adopted for rigid drainage pipes to resist high traffic loads (for instance under shallow covers) and to allow for using pipes with lower strength. F

Simple bending, In case of simple bending after simply supported beam, deri...

In case of simple bending after simply supported beam, derive that M/I = s /y = E/R.

Basic keywords related to road materials, Basic Keywords related to road ma...

Basic Keywords related to road materials: Sub-grade     :            The portion of road embankment immediately below the pavement. Soil Classifications :            A sy

#tiphysics in civil engineering tle.., Ask questapplication of physics in c...

Ask questapplication of physics in civil engineering ion #Minimum 100 words accepted#

Enumerate the term - superposing the stress variations, Enumerate the term ...

Enumerate the term - superposing the stress variations If the case of concentric pre-stressing is considered, we can appreciate that stress at any section of the beam is compr

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