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

Water supply, give a short description about water supply system

give a short description about water supply system

Show the limitations of grillage analysis, Q. Show the Limitations of grill...

Q. Show the Limitations of grillage analysis? In designing the number of cells for concrete box girder bridges, in case depth of a box girder bridge exceeds 1/6 or 1/5 of bridg

Define the vapor pressure, Define the Vapor Pressure The partial pressu...

Define the Vapor Pressure The partial pressure exerted at the surface of a liquid at the liquid/vapor interface. The liquid molecules are released into the vapor phase when the

Construction mesurment, Measurement quantity of excavation, concrete, formw...

Measurement quantity of excavation, concrete, formwork as my assignment brief.

Truss, modified pratt truss with detailing in 3D

modified pratt truss with detailing in 3D

Mechanics of solids, Ask question #MinThe maximum instantaneous extension, ...

Ask question #MinThe maximum instantaneous extension, produced by an unknown falling weight through a height of 4 cm in a vertical bar of length 3 m and of cross sectional area 5 c

3-d stress, If the resultant forces are resolved in the three co-ordinate d...

If the resultant forces are resolved in the three co-ordinate directions and divided by the area of the face of the cube we have the general state of 3-dimensional stress as shown.

Calculate the resultant hydrostatic force, Five 1m diameter, 2m high cylind...

Five 1m diameter, 2m high cylindrical drums filled with earth are placed upright and side-by-side in a straight line across a 5m wide creek to form a simple dam completely blocking

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