Simulation forging with multiple complex dies Abaqus
in this example , we simulate axisymmetric forging with multiple geometrically complex dies
The blank is modeled as a von Mises elastic-plastic material with a Young’s modulus of 200 GPa, an initial yield stress of 360 MPa, and a constant hardening slope of 30 MPa. The Poisson’s ratio is 0.3; the density is 7340 kg/m3
Initial configuration for the axisymmetric model
Both dies are fully constrained, with the exception of the top die, which is moved 183.4 mm downward at a constant velocity of 166.65 mm/s
The deformed mesh for the axisymmetric
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