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_______ is defined as the maximum energy that the material can absorb per unit volume before it becomes permanently deformed.
- a)Modulus of resilience
- b)Modulus of toughness
- c)Dynamic deflection
- d)Elastic limit
Correct answer is option 'A'. Can you explain this answer?
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_______ is defined as the maximum energy that the material can absorb ...
When a body is loaded within the elastic limit, it changes its dimensions and on the removal of the load, it regains its original dimensions. So long as it remains loaded, it has stored energy in itself. On removing the load, the energy stored is given off as in the case of a spring. This energy, which is absorbed in a body when strained within the elastic limit, is known as strain energy.
The strain energy stored in a body due to external loading, within the elastic limit, is known as resilience and the maximum energy which can be stored in a body up to the elastic limit is called proof resilience.
Modulus of resilience is defined as proof resilience per unit volume. It is the area under the stress-strain curve up to the elastic limit.
Modulus of resilience (R), Young's modulus of Elasticity (E), and stress-induced in the body upto yield point (σy).
modulus of resilience R = area under the curve within the elastic limit
Modulus of toughness is ability of unit volume of material to absorb energy up to fracture. From the stress – strain diagram, the area under the complete curve gives the measure of modules of toughness.
modulus of resilience R = area under the curve within the elastic limit
Modulus of toughness is ability of unit volume of material to absorb energy up to fracture. From the stress – strain diagram, the area under the complete curve gives the measure of modules of toughness.
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_______ is defined as the maximum energy that the material can absorb per unit volume before it becomes permanently deformed.a)Modulus of resilienceb)Modulus of toughnessc)Dynamic deflectiond)Elastic limitCorrect answer is option 'A'. Can you explain this answer?
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