L4: Transmission Shaft Bending in 2 Planes Flashcards
Why do Shafts that transmit power experience bending
How are the dimensions for a shaft chosen
What is the principle of superposition
The net stress is equal to the sum of stresses from each individual load. Valid for materials with loading below elastic limit; small deflections.
How can you find the minimum and maximum stresses in a shaft from a bending moment
How can you find the max shear stress for a shaft subjected to axial force F, torque T, and bending moment M
How can you find the normal stress from the axial force shown in this diagram
How do you find the stresses at the critical points from combined loading for this shaft
How do you find the stresses at the critical points from combined loading for this shaft
What is the equation to find maximum shear stress at the critical point in a shaft
What is the Tresca Criterion for failure (maximum shear stress) for a solid shaft subjected to axial force, torque, and bending moment
What is the Tresca Criterion for failure (maximum shear stress) for a solid shaft subjected to just torque, and bending moment
What are Power Transmission shafts subjected to
What is the allowable shear stress for a shaft loaded in bending and torsion for a solid section shaft based on Tresca Criterion (maximum shear criterion)
What is the allowable shear stress for a shaft loaded in bending and torsion for a hollow section shaft based on Tresca Criterion (maximum shear criterion)
How is a shaft supported and set up?
How can the torque for the Belt Drive and the Gear calculated
How can you find the equivalent bending moment and maximum normal stress for this shaft
