/* ------------------------------------------------------------ */ /* IMPORTANT: */ /* - both, C and C++ style comments are supported */ /* - ALWAYS use "." (dot) when entering numbers! */ /* For ex. instead of 20, put 20.0 */ /* - Use same unit system for all values! */ /* ------------------------------------------------------------ */ bc: ( /*--- BOUNDARY ---*/ { bcnum:11; //bottom side isothermal:{temp = 1.0; }; //radconv:{alfa=100.0; eps = 0.0;}; //normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, /*--- BOUNDARY ---*/ { bcnum:12; //top side //radconv:{alfa=100.0; eps = 0.0;}; isothermal:{temp = 0.0; }; //normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, { bcnum:1; //top side //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 400.0; }; normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, { bcnum:2; //top side //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 400.0; }; normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, { bcnum:3; //top side //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 400.0; }; normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, { bcnum:4; //top side //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 400.0; }; normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, { bcnum:5; //top side //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 400.0; }; normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, { bcnum:6; //top side //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 400.0; }; normal_heat_flux:{flux = 0.0;}; //symmetry:{}; }, /*--- BOUNDARY ---*/ { bcnum:7; //radconv:{alfa=100.0; eps = 0.0;}; //isothermal:{temp = 300.0;}; normal_heat_flux:{flux = 0.0;}; } );