wiki:examples:thermo-mechanical-demo
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====== Example of thermo-mechanical coupling ====== | ====== Example of thermo-mechanical coupling ====== | ||
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- | To demonstrate the platform use, consider first an example of coupled nonstationary thermo-mechanical analysis. A rectangular domain is clamped on the left edge and subjected to temperature loading according to figure below. | + | |
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+ | To demonstrate the platform use, consider first an example of a coupled nonstationary thermo-mechanical analysis. A rectangular domain is clamped on the left edge and subjected to temperature loading according to figure below. | ||
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Heat convection is prescribed on the top edge with ambient temperature 10°C. Left and bottom edges have prescribed temperature 0°C, the right edge has no boundary condition. Initial temperature is set to 0°C, heat conductivity is 1 W/m/K, heat capacity 1.0 J/kg/K, material density 1.0 kg/ | Heat convection is prescribed on the top edge with ambient temperature 10°C. Left and bottom edges have prescribed temperature 0°C, the right edge has no boundary condition. Initial temperature is set to 0°C, heat conductivity is 1 W/m/K, heat capacity 1.0 J/kg/K, material density 1.0 kg/ | ||
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Evolution of temperature field and elastic deformation are showed on the following figure. | Evolution of temperature field and elastic deformation are showed on the following figure. | ||
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The MuPIF control script for this simulation | The MuPIF control script for this simulation |
wiki/examples/thermo-mechanical-demo.1462526667.txt.gz · Last modified: 2018/06/22 14:31 (external edit)