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Heat Transfer Module

Heat Transfer Module
AUTOMOTIVE ENGINEERING: Temperature distribution in a temperature sensor and on the sensing element inside the cap. Model courtesy: Martin Sás, Continental Corporation, Frenstat, Czech Republic

Almost every manufacturing process and product design must consider thermal effects. The Heat Transfer Module provides a combination of capabilities to model heat transfer via conduction, convection, and radiation, as well as the ability to couple these to other physics.

The Heat Transfer Module has modeling interfaces that are specifically written for the user interested in free and forced convection, process design, phase change modeling, radiative heat transfer through both transparent and semi-transparent participating media, as well as couplings between all of these effects. Specialized formulations are included for users who are interested in the heating of living tissue. With boundary conditions for describing convective and radiative effects, contact resistance and thin highly-conductive shells, you can simulate anything from a simple “back of the envelope” model to a full model with all effects explicitly described.

Since all material properties are functions of temperature, you can conceivably couple a thermal model to any other physical model. Moreover, COMSOL allows you to include heat generation from any other physics into a thermal model.

 

Application Area

  • Arc welding
  • Bioheat treatment and thermal therapy
  • Casting and thermal processing
  • Conjugate heat transfer
  • Disc brakes
  • Drying and freeze drying
  • Electronic cooling
  • Food processing, cooking, and sterilization
  • Friction stir welding
  • Furnace and burner design
  • Heat and moisture transport
  • Heat exchangers and cooling flanges
  • Heat radiation
  • Heat transfer in porous media
  • Laser welding and laser heating
  • Material heat treatment
  • Resistive and induction heating
  • Solidification
Product Information

User Stories:

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