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  2. Chapter 6: Torsion
  3. M6.8: Maximum Torque Based on Twist Angle
Table of Contents  
  • State the Problem
  • Plan the Solution
  • Table of Contents
  • Review Sign Conventions
  • Equilibrium
  • Torque-Twist Relationships
  • Geometry of Deformation
  • Equation for Rotation Angle at C
  • Express in Terms of Tc
  • Solve for Tc
  • compute Tc
  • Finished
scene 3 of 12

This movie is organized in 12 scenes.

  • 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:Determine Internal Torques in Each Shaft.
  • Scene 6:State the Torque-Twist Relationships for (1) and (2).
  • Scene 7:State the Geometry of Deformation Relationship For the Rotation Angle at C.
  • Scene 8:Substitute the Torque-Twist Relationships Into the Geometry of Deformations Equation.
  • Scene 9:Substitute Equilibrium Results so That the Equation is Expressed in Terms of Tc.
  • Scene 10:Solve the Expression for Tc.
  • Scene 11:Compute Tc Using the Values for This Configuration.
  • Scene 12:End of Movie.

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