58:159 FRACTURE MECHANICS
Solutions for Computer Project No. 3

Problem 1

  • Undeformed Mesh Geometry
  • Undeformed Mesh Geometry with Boundary Conditions
  • Undeformed Mesh Geometry with Load
  • Deformed Mesh Geometry
  • Undeformed Mesh Geometry with Configuration-A Crack
  • Deformed Mesh Geometry with Configuration-A Crack
  • Undeformed Mesh Geometry with Configuration-A Crack after 13 Steps of Propagation with 0.3 inches Crack Incre ment
  • Deformed Mesh Geometry with Configuration-A Crack after 13 Steps of Propagation with 0.3 inches Crack Increment
  • Undeformed Mesh Geometry with Configuration-B Crack
  • Deformed Mesh Geometry with Configuration-B Crack
  • Undeformed Mesh Geometry with Configuration-B Crack after 15 Steps of Propagation with 0.3 inches Crack Incre ment
  • Deformed Mesh Geometry with Configuration-B Crack after 15 Steps of Propagation with 0.3 inches Crack Incre ment
  • Undeformed Mesh Geometry with Configuration-B Crack after 30 Steps of Propagation with 0.2 inches Crack Incre ment
  • Deformed Mesh Geometry with Configuration-B Crack after 30 Steps of Propagation with 0.2 inches Crack Incre ment
  • Undeformed Mesh Geometry with Configuration-B Crack after 45 Steps of Propagation with 0.1 inches Crack Incre ment
  • Deformed Mesh Geometry with Configuration-B Crack after 45 Steps of Propagation with 0.1 inches Crack Incre ment
  • Comparison of the Predicted Crack Trajectories by Finite Element Simulation with the Experimental Crack Trajectories for the Two Crack Configurations A and B
  • Effects of the Crack-length Increment on the Simulated Crack Trajectory by Finite Element Simulation with the Experimental Crack Trajectory for Crack Configuration B

    • Revised by S. Rahman
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