Recent content by vhariharan
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Young's Modulus / Force per Area Ques.
Got it...Thanks!- vhariharan
- Post #6
- Forum: Materials and Chemical Engineering
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Young's Modulus / Force per Area Ques.
force=stress*cross sectional area, but how do you relate the stress in each of the rods to the total force applied? Is it just the sum of the stress*cross sectional area of both rods? But then we have two unknowns again (the stress in each of the rods)- vhariharan
- Post #5
- Forum: Materials and Chemical Engineering
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Young's Modulus / Force per Area Ques.
I have the equations relating stress, strain, and the modulus of elasticity, and I understand that the strain in each rod is equal. But how would you relate the stress in each rod to the total external load?- vhariharan
- Post #3
- Forum: Materials and Chemical Engineering
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Young's Modulus / Force per Area Ques.
Hello, My question in this. If you have a system where two rods (different moduli of elasticity and different cross sectional areas, but equal in length) are compressed uniformally by a load, how do you calculate the compressive deformation in the rods. The compression of both will be...- vhariharan
- Thread
- Area Force Modulus Per Young's modulus
- Replies: 5
- Forum: Materials and Chemical Engineering