CE1305 Foundation Engineering B.E Question Bank : niceindia.com
Name of the College : Noorul Islam College of Engineering
University : Anna University
Degree : B.E
Department : Civil Engineering
Subject Code/Name : CE 1305 – Foundation Engineering
Document Type : Question Bank
Website : niceindia.com
Download Model/Sample Question Paper :https://www.pdfquestion.in/uploads/niceindia.com/3075-CE1305_-_FOUNDATION_ENGINEERING.pdf
NICE Foundation Engineering Question Paper
Unit -1 :
1. What are components of total foundation settlement? :
Elastic settlement, consolidation settlement, secondary consolidation settlement
Related / Similar Question Paper : NICE B.E Irrigation Engineering Question Bank
2. What are the types of shear failure? :
General shear failure, local shear failure, punching shear failure
3. What are assumptions in Terzaghi’s bearing capacity theory? :
** the base of the footing is rough
** the load on footing is vertical and uniformly distributed
** the footing is continuous
4. List out the methods of computing elastic settlements? :
Based on the theory of elasticity, Pressure meter method, Janhu –Bjerram method, Schmentmann’s method
5. What are the limitation of Terzaghi’s analysis? :
** As the soil compresses, pi changes slight down ward movement of footing may not develop fully the plastic zones
** Error due to assumption that the resultant passive pressure consists of three components is small
6. Define ultimate bearing capacity? :
gross pressure at the base of the foundation at which the soil fails in shear is
called ultimate bearing capacity.
7. Define net ultimate bearing capacity ? :
Net pressure increase in pressure at the base of the foundation that causes failure in shear, is called as net ultimate bearing capacity
8. Define allowable bearing capacity? :
It is the net loading intensity at which neither the soil fails in shear nor there is excessive settlement detrimental to the structure
10.What are the requirements for a stable foundation? :
**must be safe from failure
**must be properly located
**must not settle or deflect sufficiently to damage the structure or impair its usefulness.
11. What are the factors which depends depth? :
Type of soil, size of structure, magnitude of loads, environmental conditions, etc
12 .Define net pressure intensity ? :
It is the excess pressure, of the gross pressure after the construction of the structure and the original overburden pressure.
13. What are the zones used in the Terzaghi’s bearing capacity analysis for dividing the failure envelope of the soil.?
Elastic equilibrium zone, Radial Stress zone, plastic zone
15. Define Shallow foundation.
If the depth of the foundation is less than its breadth, such foundation is known as shallow foundation.
17. Write down the equation for estimating the elastic settlement based on the theory of elasticity.? :
18. When will the total settlement be completed in the case of cohesion-less soil? :
Once the construction is over, the total settlement is assumed to be completed.
19. Define differential settlement
If any two points of the foundation base experiences different settlements then such settlement is known as differential settlement.
20. What type of shear failure of soil is more likely to happen in the case of very dense soil? :
usually punching shear failure and local shear failure may also be possible.
22. Write down the reduction factors for water table level to be applied in the ultimate bearing capacity equation.
23. Draw the pressure distribution diagrams under a footing on cohesion less and cohesive soils.
24. When will the Consolidation settlement get completed? :
In the case of cohesion-less soil, the consolidation settlement gets completed once the construction is over. But In the case of cohesive soil, the consolidation settlement takes place for several years.
25. Define Deep foundation
If the depth of the foundation is equal to or greater than the breadth of the foundation such foundation is called as deep foundation.
26. For which type of foundation, Terzaghi’s bearing capacity equation is applicable. Why? :
Shallow foundation only. Because the effect of the depth is not considered.