Question

Show how the energy absorbed by a sample in deformation can be determined from the stress...

Show how the energy absorbed by a sample in deformation can be determined from the stress strain curve.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. The area below the stress-strain curve represents: a. The toughness for a brittle material b....
1. The area below the stress-strain curve represents: a. The toughness for a brittle material b. The energy absorbed by the material at yield c. The resilience for a ductile material d. The resilience for a brittle material e. The energy absorbed by the material at fracture 2. Impact is a measure of the ability of a material to absorb energy during elastic deformation True False 3. A material is behaving plastically when Stress persists after the applied strain is...
How can I calculate densification/locking strain from a compressive stress-compressive strain diagram?
How can I calculate densification/locking strain from a compressive stress-compressive strain diagram?
What is Engineering Stress and Engineering Strain and how are they determined when talking about testing...
What is Engineering Stress and Engineering Strain and how are they determined when talking about testing Wood, Steel, and Concrete? Provide a written example?
(a)        Modulus of resilience, Uy is obtained from the strain energy density and is influenced by...
(a)        Modulus of resilience, Uy is obtained from the strain energy density and is influenced by Young’s Modulus, E and yield strength, sy of the materials. If the stainless steel AISI 301 (annealed) having the value of E = 190 GPa and sy = 260 MPa, determine the modulus of resilience for the material and sketch the modulus of resilience by stress-strain curve.            
Define “coping”, and show how different coping styles can be employed to reduce stress
Define “coping”, and show how different coping styles can be employed to reduce stress
Draw and describe a typical stress – strain curve for metal, ceramic, polymer and compare the...
Draw and describe a typical stress – strain curve for metal, ceramic, polymer and compare the three curves and identify mechanical properties of materials that can be obtained from such curves.
In a gas expansion, 81 J of heat is absorbed from the surroundings, and the energy...
In a gas expansion, 81 J of heat is absorbed from the surroundings, and the energy of the system decreases by 116 J. Calculate the work done.
What fraction of the energy emitted from the sun is absorbed by the Earth? Treat the...
What fraction of the energy emitted from the sun is absorbed by the Earth? Treat the sun like a light bulb 93 million miles away. Also, assume the Earth only absorbs the energy associated with an area of approximately 50 million square miles. (This is roughly the area of a disc with the same radius as the Earth.)
Using the Engineer’s Bending Equation show that the stress in a beam is zero at the...
Using the Engineer’s Bending Equation show that the stress in a beam is zero at the neutral axis and a maximum on the surfaces farthest from the neutral axis. Sketch the stress distribution across the section of the beam. Using this sketch suggest how steel reinforcing bars can be used to strengthen a concrete beam.
Show in detail how the statement of conservation of mechanical energy derives from the work energy...
Show in detail how the statement of conservation of mechanical energy derives from the work energy theorem and the definition of a potential function. (asking for summrized clear answer)