Simulating Manufacturing Processes with COMSOL Multiphysics®
Duration: 54:30
Manufacturing processes combine a variety of physical effects, including electromagnetics, fluid flow, heat transfer, and structural mechanics. Using multiphysics modeling, you can efficiently capture the interaction between the various physical phenomena that occur in these processes.
In this archived webinar, learn how to simulate manufacturing processes in COMSOL Multiphysics®.
Want to learn more about modeling manufacturing processes? Read "How to Activate Material in Simulations of Manufacturing Processes" on the COMSOL Blog.
Chapter Selection
Introduction (0:00)
Agenda (1:29)
COMSOL Multiphysics® (2:30)
MTC Develops Simulation App to Revolutionize Design for Additive-Manufactured Parts (5:51)
Structural Mechanics Modeling (7:58)
Element Types (9:39)
Some Multiphysics Applications (24:08)
Thermal Expansion (10:55)
Material Activation and Deactivation (13:03)
Material Models (19:26)
Nonlinear Material Effects (17:51)
Nonlinear Material Modeling Options (18:52)
Types of Electromagnetics Modeling (19:55)
Electromagnetic Losses to Heating (21:32)
Heat Transfer Modes (22:21)
Laser Heating: Deposited Beam Power (24:42)
Metal Processing Module (25:54)
Phase Transformations (27:16)
Metal Processing Module II (29:33)
The Multiphysics of Phase Transformations (30:43)
Live Demo: Carburisation and Quenching of Steel Gear (31:47)
Q&A (47:50)
Further Resources (53:20)
Contact Us (53:56)