Mechanical Engineering - Strength of Materials - Discussion
Discussion Forum : Strength of Materials - Section 1 (Q.No. 1)
1.
Strain energy is the
Discussion:
83 comments Page 7 of 9.
Ajai said:
1 decade ago
Strain energy is defined as the ability to absorb energy during deformation when the load is applied.
Resilience is defined as the ability to store energy upto elastic limit.
Max energy stored in elastic limit is called proof resilience.
Energy stored up to fracture is called toughness.
Per unit volume is called modulus of resilience and modulus of toughness.
Resilience is defined as the ability to store energy upto elastic limit.
Max energy stored in elastic limit is called proof resilience.
Energy stored up to fracture is called toughness.
Per unit volume is called modulus of resilience and modulus of toughness.
Kamalesh said:
1 decade ago
Stress is directly proportional to the strain, when the body with in a elastic limit.
Alok said:
1 decade ago
Strain energy is the ratio between change in length of a body to the original length.
Shabir Khan said:
1 decade ago
The maximum energy that can be stored in a body due to external loading upto the elastic limit is called strain energy.
Vignesh.R said:
1 decade ago
It is the energy in which the body will not break up to its elastic limits.
Arvind said:
1 decade ago
Area under strain and stress up to breaking point is known as toughness of that material.
Rajeeb narayan said:
1 decade ago
Strain energy is the energy in which the body will not break up to its elastic limit.
Praveen k makhija said:
1 decade ago
Strain energy is area of under strain stress curve till elastic limit.
Dhananjay Kumar said:
1 decade ago
Whenever any elastic body is elongated within elastic limit the energy stored is known as strain energy. Ex. Spring.
Ajay Lather said:
1 decade ago
Strain energy is the energy, When stored the energy to any material such the material is not breaking is called strain energy.
For example - We draw the Strain - Stress Diagram to applied the force Strain and Stress both are increase but become a point our material just breaking this point is Elastic Point.
For example - We draw the Strain - Stress Diagram to applied the force Strain and Stress both are increase but become a point our material just breaking this point is Elastic Point.
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