Copyright © The 19th International Conference on Metal Forming 2022
Powered by
Aconf.org
, One-stop Solutions for Academic Events
| Processes |
Process and System Modelling |
Deformation Mechanics |
| Sheet Forming | Analytical techniques | Plasticity theory |
| Deep Drawing/Spinning | Thermomechanical modelling | Constitutive models |
| Flow Turning/Stretch Forming | Finite-Element methods | Defects and damage/Formability |
| Fluid and Hydro-Forming | Boundary-Element methods | Anisotropy |
| Cutting | Finite-Difference methods | Microstructural models |
| Forging, Rotary Forging | Implicit | Friction and lubrication |
| Rolling | Explicit formulations | Heat transfer |
| Tube Forming | Multiscale modelling | Materials |
| Extrusion | Inverse problems | Ferrous and Non-Ferrous metals |
| Wire and Tube Drawing | CAD/CAM/CAE systems | High performance metals |
| High Energy & Explosive Forming | Neural Network modelling | Porous metals |
| Powder Forming | Knowledge-Based systems | Composites |
| Mushy State Forming | Cellular Automata modelling | Semi-Solid metals |
| Hot, Warm and Cold Processes | Optimisation systems | Nano materials |
| Super-Plastic Forming | Manufacturing Methods | |
| Micro- and Nano- Forming | Control of forming processes | |
| Multi-Material Forming | Industrial case studies | |
| Incremental Forming | Environmental issues |