Civil Engineering - Soil Mechanics and Foundation Engineering - Discussion
Discussion Forum : Soil Mechanics and Foundation Engineering - Section 3 (Q.No. 13)
13.
The capillary rise of water
Discussion:
11 comments Page 1 of 2.
Rajendra bk said:
3 years ago
Capillary rise = 4 * σ* cos(α)/wd.
Where "σ" sigma is surface tension =force/length.
Capillary rise is directly proportional to surface tension and also surface tension is directly proportional to force so the answer is A.
Where "σ" sigma is surface tension =force/length.
Capillary rise is directly proportional to surface tension and also surface tension is directly proportional to force so the answer is A.
(1)
Givoni Georgo said:
3 years ago
Capilliary rise = 4 * σ* cos(α)/wd.
Viney bhatia said:
5 years ago
Surface tension depends upon the Cohesion.
And capillary rise depends upon both cohesion and adhesion.
And capillary rise depends upon both cohesion and adhesion.
Rahul Khan said:
5 years ago
Capiliarty is depending on surface tension force.
(1)
Kvk said:
6 years ago
Surface tension depends on both adhesion & cohesion.
Amit said:
6 years ago
Capillary rise = 0.3/d
where d=size of particle, so it depends on d or not?
where d=size of particle, so it depends on d or not?
Pradipto Sarkar said:
7 years ago
H = 4*S*cos theta/density*d*g.
Where S equal to surface tension force.
Where S equal to surface tension force.
Sunil kumar said:
9 years ago
Smaller the saturation, greater is the soil suction.
Razor said:
9 years ago
The capillary rise also depends on the water content of soil. Smaller the water content smaller the soil suction.
Rosh said:
10 years ago
It depends upon surface tension force.
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