1. Home
  2. Chapter 5: Axial Deformation
  3. M5.7: Rigid Bar and Two Axial Members
Table of Contents  
  • State the Problem
  • Plan the Solution
  • Table of Contents
  • Equilibrium
  • Relationship Between Rigid Bar Deflections
  • Geometry of Deformation Equation
  • Force-Deformation Relationships
  • Compatibility Equation
  • Solving for F1 and F2
  • Normal Stresses
  • Rigid Bar Deflections
  • Rigid Bar Deflection at D
  • 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 Solution.
  • Scene 3:Table of Contents.
  • Scene 4:Equilibrium Equation.
  • Scene 5:Relate the Rigid Bar Deflections.
  • Scene 6:Develop the Geometry of Deformations Equation.
  • Scene 7:Force-Deformation Relationships for Bars (1) and (2).
  • Scene 8:Derive the Compatibility Equation.
  • Scene 9:Solve Two Equations Simultaneously for F1 and F2.
  • Scene 10:Calculate Normal Stresses in Bars (1) and (2).
  • Scene 11:Determine the Relationship Between Rigid Bar Deflections at C and D.
  • Scene 12:Calculate the Rigid Bar Deflection at D.
  • Scene 13:End of Movie.
  • Scene 14:Try One.

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

 

MecMovies logo
MecMovies 4.0
MecMovies © Timothy A. Philpot 2001-2016