When load is applied suddenly maximum stress induced in body as compared with when load applied gradually is?

1. What is the relation between maximum stress induced due to sudden loading to maximum stress the gradual loading? Maximum stress in gradual loading = P/A. 2.

When load is applied suddenly then stress will be ____ times?

Stress-induced when load is suddenly applied is two times the stress induced when load is gradually applied. The maximum deflection or deformation induced in material when load is suddenly applied is two times the deformation or deflection in material when load is gradually applied.

What is the relation between maximum stress induced due to sudden loading to?

Explanation: The strain energy stored in a body is equal to the work done by the applied load in stretching the body. 3. What is the relation between maximum stress induced due to gradual load to maximum stress the sudden load? Maximum stress in sudden loading = 2P/A.

When a load is applied suddenly on a body it is called?

Mechanical Engineering :: Strength of Materials – Discussion The stress induced in a body, when suddenly loaded, is __________ the stress induced when the same load is applied gradually. [A]. equal to. [B]. one-half.

What is the relation between maximum stress induced due to sudden loading to maximum stress the gradual loading Mcq?

Answer: b Explanation: Maximum stress in gradual loading = P/A Maximum stress in sudden loading = 2P/A.

What will be the stress induced in the road if the height through which load is dropped is zero?

3. What will be the stress induced in the rod if the height through which load is dropped is zero? Putting h=0, we get stress = 2P/A. 4.

Where is the maximum stress produced in a bar of tapering section?

Explanation: The maximum stress produced in a bar of tapering section is at smaller end. As we know , stress inversely proportional to the area . So where the area is minimum stress is maximum, so answer is smaller end.

What will be the stress induced in the rod if the height through which load is dropped is zero?

3. What will be the stress induced in the rod if the height through which load is dropped is zero? Putting h=0, we get stress = 2P/A.

Which point on the stress-strain curve occurs after the proportionality limit?

Which point on the stress strain curve occurs after the proportionality limit? Explanation: The curve will be stress strain proportional upto the proportionality limit. After these, the elastic limit will occur.

What will be the stress induced in the rod if the height?

Does the value of stress in each section of composite bar is constant or not?

Does the value of stress in each section of a composite bar is constant or not? Explanation: The value of stress in every section of a composite bar is given by P/A which is it is dependent on the load applied and the cross sectional area of the section.