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Strength of materials Engineering Verification of Stress Hypotheses

Strength of materials Engineering Verification of Stress Hypotheses

Code: SME0020

Strength of materials Engineering Verification of Stress Hypotheses.

Learning Objectives / Experiments

- generation of multi-axial loads on test samples
  made of ductile metals: 
  * steel, copper, brass, aluminium
- generation of various load moments
  * purely bending moment
  * pure torque
  * combined bending moment and torque
- determination of the yield point
- verification of the Rankine yield criterion
- verification of the Tresca yield criterion
- representation in Mohr’s Circle of stresses and

  strains

[1] experiments verifying comparative stress hypotheses from the science of the strength of materials
[2] 7 different load combinations of bending and torsion
[3] loading of the test specimen without shear force by compensation for the influence of dead-load
[4] test specimens made of steel, copper, brass, aluminium
[5] generation of load moments by means of weight and lever arm
[6] measurement of the deformation at the point of maximum deflection
[7] storage system to house the components
 

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