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stress= force/C.S.A. so fracture stress = force at fracture / Cross.Sectional.Area.

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13y ago

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Related Questions

Which can cause stress fracture?

The overuse of a bone can cause a stress fracture.


What is a stress fracture called?

What are the three other names for a stress fracture?


If you have a stress fracture are you put into a cast?

Stress fracture in ArmA stress fracture within the arm will most likely result in a cast or a removable splint.Stress fracture in LegA stress fracture within the leg will usually result in a walking boot and crutches if it is extremely painful.


What are the signs and symptoms of a stress fracture?

The symptoms of a stress fracture include swelling, pain, and tenderness. If the pain decreases with rest, but increases with use it is possible there is a stress fracture.


Is a stress fracture an acute or chronic?

Fracture acute


What causes a stress fracture?

The overuse of a bone


When a bone breaks it is called?

Fracture and/or stress fracture. Stress Fracture implies that it is just a crack in the bone, whereas a fracture implies a complete breakage or separation of the bone.


What is a stress fraction?

You might be thinking of a stress fracture; a fracture of a bone caused by repeated (rather than sudden) mechanical stress.


What is fracture point?

The fracture point refers to the specific point at which a material fails or breaks under stress. It is typically characterized by a sudden loss of structural integrity, leading to cracks or breaks. The fracture point can be influenced by various factors, including the material properties, temperature, and the type of stress applied. Understanding the fracture point is crucial in material science and engineering to ensure safety and reliability in structures and components.


What is salt fracture?

Fracture is the breaking of a crystal under stress.


What is a fracture caused by twisting stresses?

A Stress fracture


How to calculate engineering strain in a material under stress?

Engineering strain in a material under stress can be calculated by dividing the change in length of the material by its original length. This calculation helps engineers understand how much a material deforms under stress.