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Full Description
"Simulation-based technology development for metal forming" is a compilation of selected conference papers presented at the metal forming conference MEFORM 2019, that has taken place from March 20th to 21st, 2019 in Freiberg / Saxony. The publication addresses to engineers as wells as to representatives of R&D institutions and technical education aiming for simulation-based technology development in the metalworking industries. It provides insights and information about new simulation approaches to support the development of materials and forming technologies for light or heavy metals and material characterization. The models range from fast models for material flow and load prediction to time-consuming multi-scale approaches, including microstructure evolution and the resulting mechanical properties.
Contents
Preface
Model Predictive Control of the Punch Speed for Damage Reduction in Isothermal Hot Forming
Additive Manufacturing Assisting the Design of Closed - Die Forgings
Further Development of Process Maps for TRIP Matrix Composites during Powder Forging
Autonomous Interpretation of the Microstructure of Steels and Special Alloys
A Numerical Model for the Prediction of Microstructure Distribution across the Thickness of Quenched Steel Plates
Effect of Spheroidization Annealing on Pearlite Banding
A Simulation-Based Approach to Predict the Springback Behavior of Ultra-High Strength Spring Strips
Hot Deformation Behaviour and Processing Maps of an as-Cast Mg-6.8Y-2.5Zn-0.4Zr Alloy
Trends and Solutions for Future Steel Grade Development
Application Specific Microstructure Development in Microalloyed Bainitic Hot Strip
Flexible Hot Rolling of Extruded Shapes of Aluminum Alloy EN AW-6082
Modeling of Microstructural Evolution in the Hot Rolling Process of Fe-16Cr-4Mn-4Ni-0.05C-0.17N Austenitic Stainless Steel
Simulation Assisted Process Development for Tailored Forming
Simulation-Based Investigation of the Influence of Process Parameter Deviations on the Quality of Clinch Connections with Preformed Hole
Development of a Friction Welded Joint for Future Industrial Application
Approach for the Development of Forming Tools for Radial Rotation Profile-Forming
