Explain the permissible settlement, Civil Engineering

Assignment Help:

Q. Explain the Permissible Settlement?

Any foundation may fail in shear or by excessive settlement. The failure due to shear is checked by adopting safe value of bearing capacity. The failure due to excessive settlement can be checked by adopting values of permissible settlement for different structures which will not cause distress to the structure. The Indian Standard Code (IS 1904 - 1986, Third revision) suggests that for most of the concrete structures (flats, factories, offices, library) the angular distortion to be within 11500 normally and 111000 where it is desired to avoid any kind of damage. It also recommends that a maximum total settlement should be limited to the value given in Table 4.10.

1829_Explain the Permissible Settlement.png

Table: Permissible Dflerential Senlement


Related Discussions:- Explain the permissible settlement

Explain Rapid Mixing Tank and Flocculation Basin , Explain Rapid Mixing Tan...

Explain Rapid Mixing Tank For the chemical reactions to occur, the chemicals must be mixed with water for both coagulation and softening we need mixing of chemical wi

Requirements of good building stones , Requirements of Good Building Stones...

Requirements of Good Building Stones          Here described requirements of good building stones: Strength: The stone should be capable to resist the load coming on

Influence line, determine the maximum positive and negative shear shear

determine the maximum positive and negative shear shear

Enumerate the term - failure due to crushing of concrete, Enumerate the ter...

Enumerate the term - Failure Due to Crushing of Concrete Over reinforced pre-stressed concrete members, provided with a large amount of pre-stressing steel or relatively small

What is the meaning of elastic shortening of concrete, What is the meaning ...

What is the meaning of Elastic Shortening of Concrete At the transfer stage, compressive prestressing force is transferred to the concrete. Due to this compressive force, concr

Calculate the aisc lrfd strength criteria, Check if the given beam and load...

Check if the given beam and loading satisfy the AISC LRFD strength criteria. The beam section is a W 16*31 of A36 steel and it is laterally supported at the ends at the load points

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