Kinematic analysis and upper bound method
Implementation process analysis - Energetic methods
Article REF: M3007 V1
Kinematic analysis and upper bound method
Implementation process analysis - Energetic methods

Author : Eric FELDER

Publication date: September 10, 2009, Review date: November 16, 2022 | Lire en français

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3. Kinematic analysis and upper bound method

In the article , we demonstrate two very important results that form the basis of kinematic process analysis:

  • the power dissipated by plastic deformation and friction depends only on the velocity field ;

  • the upper bound theorem: the power W·​∗ dissipated in a kinematically...

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