Bending Process Simulation of a Flat Workpiece with Various Cross-Sectional Mechanical Properties with PAM-STAMP 2G

Fedor Grechnikov; Yurii Gorshkov; Yaroslav A. Erisov

doi:10.4028/www.scientific.net/KEM.685.133

Paper Titles

Two Approaches for Simulating the Burning Surface in Gas Dynamics
p.114

Phenomenological Modeling of Rheological Properties of Polyetheretherketones Reinforced with High Modulus Carbon in the Machining Process by a Reversible Analysis Method
p.119

Decay of Low-Barrier Metastable State: Middle Friction
p.124

Corrections to Kramers Formula Describing the Decay Rate of a Metastable State
p.128

Bending Process Simulation of a Flat Workpiece with Various Cross-Sectional Mechanical Properties with PAM-STAMP 2G
p.133

Identification Method of Blast-Furnace Process Parameters
p.137

Optimality Conditions for Pareto-Optimal Solutions
p.142

Initial Data Forming for Process Simulation in System “Intruder – Physical Protection System”
p.148

Numerical Modeling of Cyclone Machine for Cleaning Gas Generator Gases
p.153

HomeKey Engineering MaterialsKey Engineering Materials Vol. 685Bending Process Simulation of a Flat Workpiece...

Bending Process Simulation of a Flat Workpiece with Various Cross-Sectional Mechanical Properties with PAM-STAMP 2G

Abstract:

We have simulated an aluminum workpiece tool bending process with and without consideration of the heat affected zone after laser cutting with PAM-STAMP 2G. To describe the heat affected zone we have used a customized software option for calculating welded materials and dissimilar ones. We have also provided an analysis of the stress-strain state with a different scale of mechanical properties of the material on its “edge” and in the center of the workpiece.

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Periodical:

Key Engineering Materials (Volume 685)

Pages:

133-136

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.685.133

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Online since:

February 2016

Authors:

Fedor Grechnikov, Yurii Gorshkov*, Yaroslav A. Erisov

Keywords:

Analysis, Heat-Affected Zone, Laser Cutting, Simulation, Stress-Strain State, Strip Bending

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