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  2. Chapter 6: Torsion
  3. M6.19: Shear Stresses in Coaxial Shafts
Table of Contents  
  • State the Problem
  • Plan the Solution
  • Table of Contents
  • Review Sign Conventions
  • Equilibrium
  • Geometry of Deformation
  • Torque-Twist Relationships
  • Compatibility Equation
  • Section Properties
  • Solve for T1 and T2
  • Compute Shear Stresses
  • Rotation Angle at B
  • Finished
  • Try One
scene 3 of 14

This movie is organized in 13 scenes followed by a Try One exercise.

  • Scene 1:State the Problem to Be Solved.
  • Scene 2:Plan the Method of Solution.
  • Scene 3:Table of Contents.
  • Scene 4:Review Sign Conventions for Torque, Angle of Twist, and Rotation Angle.
  • Scene 5:Develop an Equilibrium Equation Relating the Torques in Shafts (1) and (2) To the External Torque T.
  • Scene 6:Develop the Geometry of Deformation Equation.
  • Scene 7:Define the Torque-Twist Relationships For the Two Shafts.
  • Scene 8:Derive the Compatibility Equation.
  • Scene 9:Calculate Section Properties For the Two Shafts.
  • Scene 10:Solve For the Magnitudes Of the Internal Torques.
  • Scene 11:Calculate Shear Stresses in Shafts (1) and (2).
  • Scene 12:Calculate the Rotation Angle of End B.
  • Scene 13:End of Movie.
  • Scene 14:Try One.

To skip directly to a particular scene, select it from drop down menu above.

 

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