Mechanical Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 1 (Q.No. 38)
38.
Resilience is the
Discussion:
63 comments Page 3 of 7.
Dhavalo said:
10 years ago
Option d is right. I agree.
Shubham pundhir said:
9 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:
9 years ago
Strain energy stored in the body due to external loading is resilence.
Manish Ghildiyal said:
9 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.
Koribilli hemanth said:
10 years ago
Yes, option A is right.
Karthik said:
9 years ago
Total strain energy or absorbed energy stored in a body is Resiience.
SHILPA said:
9 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.
Satish said:
8 years ago
The energy stored in a body, when strained within elastic limit is known as strain energy.
Roshan said:
7 years ago
Resilience is the ability of a material to absorb energy when it is deformed elastically, and release that energy upon unloading.
Prasanna reddy said:
7 years ago
Resilence means to absorb the energy up to proportionality limit is called the resilience.
Strain energy means energy is absorbed up to the elastic limit.
Strain energy means energy is absorbed up to the elastic limit.
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