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Scientific Computing Lab Introduction to COMSOL - Multiphysics Dheevatsa Mudigere Institut für Informatik Scientific Computing in Computer Science.

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Presentation on theme: "Scientific Computing Lab Introduction to COMSOL - Multiphysics Dheevatsa Mudigere Institut für Informatik Scientific Computing in Computer Science."— Presentation transcript:

1 Scientific Computing Lab Introduction to COMSOL - Multiphysics Dheevatsa Mudigere Institut für Informatik Scientific Computing in Computer Science

2 COMSOL - Multiphysics COMSOL Multi-physics (formerly FEMLAB) is a commercial finite element analysis and solver package for various physics and engineering applications.

3 Example - 2D steady-state thermal analysis Domain - 0.6×1.0 meters. Boundary conditions: –The left boundary is insulated. – The lower boundary is kept at 100 °C. –The upper and right boundaries are convecting to 0 °C with a heat transfer coefficient of 750 W/(m 2 °C). Material Properties –Thermal conductivity is 52 W/(m °C). –Density, ρ kg/m 3

4 Starting COMSOL /usr/local/applic/bin/comsol

5 Starting COMSOL

6 Geometric Modeling Draw> Specify Objects>Rectangle

7 Physics Settings - Boundary Conditions Physics> Boundary Settings>

8 Physics Settings - Boundary Conditions Physics> Boundary Settings>

9 Physics Settings - Boundary Conditions Physics> Boundary Settings>

10 Physics Settings – Sub-domain settings Physics> Subdomain Settings>

11 Mesh Generation Intialize Mesh>

12 Solving Solve>

13 Post-processing Postprocessing>


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