![]() Note: The material properties for a specific material vary depending on the type of material. The material properties include the following properties, which are widely used in the physics interfaces available in the COMSOL® software: Fuel cell, battery, and electroceramic materials.Thermoplastics, polyethers, and polyesters. ![]() The Material Library spans a wide range of materials: The temperature-dependent values are typically defined as piecewise polynomial functions of the temperature T, and the input to those functions can be the temperature from a simulated temperature field in a heat transfer simulation. Almost all material properties are also defined as a function of the temperature. The Material Library product contains a comprehensive set of material properties, all of which have references. Here, we go over the built-in material libraries and the add-on Material Library, as well as how you can use each of them in your simulations.Įditor’s note: This blog post was updated on April 1, 2022, to reflect new functionality in version 6.0 of the COMSOL Multiphysics® software. ![]() There is also an add-on Material Library product, which contains up to 24 separate material properties and 10,328 materials with more than 84,000 material property datasets as of version 6.0. The COMSOL Multiphysics® software and many of its add-on modules include built-in material libraries, which are databases with materials and their associated material properties. ![]()
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