Modeling Transport Phenomena in COMSOL Multiphysics®
Duration: 19:50
In this archived webinar, learn the basics of mathematical modeling for transport phenomena using COMSOL Multiphysics®. We discuss fluid flow, heat transfer, and mass transfer examples including cooling in electronic devices as well as transport and reactions in porous media.
Want to learn more about using COMSOL Multiphysics® for modeling transport phenomena? Contact COMSOL to evaluate the software.
Chapter Selection
Introduction (0:00)
Transport Equations (0:15)
Conservation Equations (1:22)
Transport Phenomena Physics Interfaces in COMSOL (3:15)
Single Phase Flow (4:40)
Algebraic Turbulence Models (6:25)
Transport Equations for Turbulence: Two Equation Models (6:58)
Transport Equation Turbulence Models (8:04)
Large Eddy Simulation (8:49)
Multiphase Flow (9:57)
Heat Transfer Mechanisms (11:25)
Heat Transfer in Fluids (12:19)
Surface-to-Surface Radiation (13:43)
Transport in Diluted Solutions (15:13)
Transport in Multicomponent Solutions (15:54)
Reacting Flow (16:59)
Space-Dependent Model (17:38)
Thermodynamic Properties Database (18:15)
Concluding Remarks, Transport Phenomena in COMSOL (18:39)