Finite Element Analysis of Sheet Metal Assemblies: Prediction of Product Performance Considering the Manufacturing Process

Generating Synthetic Training Images to Detect Split Defects in Stamped Components

“…Physics-based models involve simulating physical phenomena in a virtual environment based on known material properties and process parameters. FEM is the most common approach for realistic crack synthesis in computer graphics [23] and is extensively used in sheet metal stamping during product development and process optimisation [24] together with forming limit curves [25]. FLC is a ubiquitous split defect criterion in the sheet metal stamping process [25].…”