Mechanical Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 1 (Q.No. 38)
38.
Resilience is the
Discussion:
62 comments Page 5 of 7.
Chandra prakash said:
9 years ago
According to me, A is right.
Khuidad said:
9 years ago
Resilience is energy stored in the plastic region.
Shubham pundhir said:
8 years ago
I think answer A is correct answer because resilience is the other name of total strain energy ie stain energy stored in a body within elastic limit.
Md shoeb said:
8 years ago
Strain energy stored in the body due to external loading is resilence.
Mandar said:
8 years ago
I too agree Option A is correct.
(1)
Pradeep G said:
8 years ago
According to me, Option A is correct.
(1)
Manish Ghildiyal said:
8 years ago
The correct answer is = ( d ) option, because,
Resilience = is amount of strain energy store in material per unit volume.
Resilience = is amount of strain energy store in material per unit volume.
Praveen said:
8 years ago
@Manish.
That is modulus of resilience.
That is modulus of resilience.
Karthik said:
8 years ago
Total strain energy or absorbed energy stored in a body is Resiience.
SHILPA said:
8 years ago
In simple defenition,
Resilience=stain energy/volume. It's unit is Joule per cubic meter.
Proof Resilience=maximum strain energy stored by body without undergoing permanent deformation.
Modulus of resilience= proof Resilience/unit volume.
Resilience=stain energy/volume. It's unit is Joule per cubic meter.
Proof Resilience=maximum strain energy stored by body without undergoing permanent deformation.
Modulus of resilience= proof Resilience/unit volume.
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