- #1
aortucre
- 14
- 0
Hey. This is my first post, I'm a Senior in Mechanical Engineering, I will help others as far as I can.
I'm trying to solve the problem from the picture. The shaft is loaded with 2 transverse loads, 2 moments and 2 torques. The critical point is immediately to the left of "B". The material is AISI 1020 HR steel. The shaft has a diameter of 1.00 inch. I'm trying to figure out if the shaft will fail.
As of now I've figured out that I have to obtain the general stress state at point B. My question is, how does the stress at point "C" affect the stress at point "B"??
If there was only 1 moment and 1 torque affecting point "B", that would be an easy problem, but having the other stress is confusing me.
Any ideas?
THAKS!
I'm trying to solve the problem from the picture. The shaft is loaded with 2 transverse loads, 2 moments and 2 torques. The critical point is immediately to the left of "B". The material is AISI 1020 HR steel. The shaft has a diameter of 1.00 inch. I'm trying to figure out if the shaft will fail.
As of now I've figured out that I have to obtain the general stress state at point B. My question is, how does the stress at point "C" affect the stress at point "B"??
If there was only 1 moment and 1 torque affecting point "B", that would be an easy problem, but having the other stress is confusing me.
Any ideas?
THAKS!