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· 1-5 · 6-10 · 11-15 · 16-20 · 21-25 · 26-30 · 31-35 · 36-40 · 41-42 ·I need someone to help me with the first problem on the attachment. Its asking me to find all the forces at each point. I'm a bit confused with how to set up first, and the member connected to the pully is thowing me off.
Subject:
Mechanical and Materials Engineering
Topic:
Solid Mechanics
Posting ID:
70705
OTA ID:
104976
See attachment. Review1 is similiar to a design I am doing but will be in the plastic regime and curvilinear. Please show me where I am going wrong. thank you.
Subject:
Mechanical and Materials Engineering
Topic:
Solid Mechanics
Posting ID:
72985
OTA ID:
104967
Elastic plastic rotating shaft problem
(See attached file for full problem description) I think I am going wrong on the doublet function. I have solved this with finite elelments but would like to learn the analytical solution. thank you
Subject:
Mechanical and Materials Engineering
Topic:
Solid Mechanics
Posting ID:
72986
OTA ID:
104967
Elastic, perfectly plastic infinite thin plate with a hole
The problem I need to solve is this: I have a thin infinitely large plate with a circular hole of radius Ri. A uniform radial pressure, p, is applied at the surface of the hole at R=Ri. 1) i need to figure out how the solution for the stress fields work. If the pressure is less than the pressure to cause yielding the stress tensor is: Trr= -p(Ri/R)^2= - (stress in theta theta direction) (polar cordinates used). HOW DID IT REDUCE TO THIS? HOW IS IT DERIVED? Py is the limiting pressure for complete elastic behavior. 2) If i use the Tresca yield criterion, i need to find Pressure at yield (Py) in terms of the yield stress Y. 3) When p>Py, i need to determine the str... click for more
Subject:
Mechanical and Materials Engineering
Topic:
Solid Mechanics
Posting ID:
73544
OTA ID:
104967
Find surface area and volume of object through 180 degrees of rotation
I need to calculate the volume and total surface area of a shape that has been rotated through 180 degrees. Please see the attached file.
Subject:
Mechanical and Materials Engineering
Topic:
Solid Mechanics
Posting ID:
96269
OTA ID:
102833
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