Civil Engineering - Applied Mechanics - Discussion
Discussion Forum : Applied Mechanics - Section 3 (Q.No. 10)
10.
For perfectly elastic bodies, the value of coefficient of restitution is
Discussion:
3 comments Page 1 of 1.
Eeranna said:
9 years ago
For elastic bodies,
Velocity of approach = velocity of separation.
v2 - v1 = u1 - u2, so both are cancelling.
We are getting the value coefficient of restitution e = 1.
Velocity of approach = velocity of separation.
v2 - v1 = u1 - u2, so both are cancelling.
We are getting the value coefficient of restitution e = 1.
(1)
Strsa said:
5 years ago
Correct.
For elastic body e = 0-1.
For Perfectly elastic body e = 1.
For elastic body e = 0-1.
For Perfectly elastic body e = 1.
(1)
Baloch said:
4 years ago
Right for perfectly elastic e=1
and for electric it must 0-1.
and for electric it must 0-1.
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