Modeling Heat Transfer in Layered Materials with COMSOL^®

Name: Modeling Heat Transfer in Layered Materials with COMSOL®
Uploaded: 2019-12-03 19:46:30
Duration: 56 min 9 s
Description: Watch this archived webinar on how to model heat transfer in layered materials using COMSOL Multiphysics®.

Duration: 56:09

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Overview
Transcript

Want to learn how to simulate heat transfer in layered structures? Watch this archived webinar to learn about how the layered material functionality in COMSOL Multiphysics^® supports simulating heat transfer in thin shells, composite materials, and more. You will see examples of both single and multiphysics on a layered material and how to best visualize the results.

Learn more about how the COMSOL^® software can fit your heat transfer analysis needs. Contact COMSOL to evaluate the software.

Chapter Selection

Introduction (0:00) Agenda (0:17) Conductive Fins (1:18) Thermal Barrier (2:25) Thermal Expansion (3:21) Joule Heating and Thermal Expansion (4:27) Thin Layer Models: Large Aspect Ratio (7:20) Thin Layer Models: Meshing Geometries with Large Aspect Ratio (8:07) Thin Layer Models: Thermally Thin Hypothesis (8:47) Thin Layer Models: Meshing Geometries with Large Aspect Ratio II (10:13) Thermally Thin Model (10:47) Thin Layer Models: Thermally Thick Hypothesis (11:53) Thermally Thick Model (13:14) Thin Layer: General Model (13:59) General Thin Layer: Meshing Geometries with Large Aspect Ratio (15:10) General Model (15:45) Layered Material Technology? (16:35) Benefits and Motivations for Layered Material Technology (17:28) Physics Interfaces Compatible with Layered Material Technology (19:38) How to: Layered Material Definition (22:01) Layered Material Definitions: Layered Material (25:21) Layered Material Definitions: Layered Material Link (28:29) Layered Material Definitions: Layered Material Stack (30:14) How-To: Physics Interfaces and Features (33:07) How to Define Physics Properties and Features (33:32) Layer Features (34:24) Interfaces Features (37:08) Continuity (38:12) Continuity: User-Defined Offsets (39:33) Layered Material Dataset (42:27) Classical Plots (44:08) Through Thickness Plots (44:23) Layered Materials Slice Plots (44:41) Derived Values (45:08) Wrapping Up (45:51) Q&A (47:10) Further Resources (55:21)