Nominal Actual Bolt Plate Width Plate Diameter Edge Assembly Bolt Dia. Thickness of hole Distance Diameter Root/Shank Joint 1 1/2 Joint 2 5/8 Solid Bar XXXXX XXXXX XXXXX XXXXX PREDICTED RESULTS: A B C Joint Maximum Maximum Maximum Mode of Maximum Predicted Tensile Shear Load Shear Failure of Maximum load of joint Load of of Root/Shank Tear Out Load solid plate efficiency Plate at Hole Load (A, B or C) #1 #2 ACTUAL DATA & RESULTS: Maximum Description Maximum Actual Joint Load of of fracture Load of Joint Joints Solid Plate Efficiency #1 #2 QUESTIONS & CONCLUSIONS: 1. Did each joint fail as predicted? If not, explain why. 2. How accurate were your predicted joint efficiencies? Give the % Diff. for each. 3. State two reasons that could justify % Diff. (from question 2) in this experiment.
Assembly Nominal Bolt Diameter Actual Bolt Dia. Root/Shank Plate Width Plate Thickness Diameter of hole Edge Distance Joint 1 1/2 Joint 2 5/8 Solid Bar XXXXX XXXXX XXXXX XXXXX PREDICTED RESULTS: Joint A Maximum Tensile Load of Plate at Hole B Maximum Shear Load of Root/Shank C Maximum Shear Tear Out Load Mode of Failure of (A, B or C) Maximum Load Maximum load of solid plate Predicted joint efficiency #1 #2 ACTUAL DATA & RESULTS: Joint Maximum Load of Joints Description of fracture Maximum Load of Solid Plate Actual Joint Efficiency #1 #2 QUESTIONS & CONCLUSIONS: 1. Did each joint fail as predicted? If not, explain why. 2. How accurate were your predicted joint efficiencies? Give the % Diff. for each. 3. State two reasons that could justify % Diff. (from question 2) in this experiment.
Test%20of%20Bolted%20Joints.docx