![]() ![]() Many of the materials in the Material Library also include different orientations or other variations, which can be material properties at different operating conditions or for different variants of the same material. 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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