- 易迪拓培训,专注于微波、射频、天线设计工程师的培养
CST2013: Thermal Sources
Several different source types are available for the thermal solvers:
Temperature | A temperature source can be assigned only to a perfect thermal conductor (PTC). One can choose between a fixed temperature value and a floating temperature. A floating temperature is a constant temperature distribution with zero heat flow from the associated surface. |
| |
Heat Source | A heat source can be assigned only to a perfect thermal conductor (PTC). It defines the total heat flow from a PTC surface. |
| |
Volume Heat Source | A volume heat source can be assigned to a non-PTC solid. It defines either the whole amount of emitted heat in W or the emitted heat density in W/m3. This source type is equivalent to rms volume loss evenly distributed within the solid volume. |
| |
Thermal Loss Distribution | Current fields inside electric finite conductive materials cause thermal losses. These current fields can be imported and used as thermal sources inside thermal conductive materials. Available source fields are the stationary current field, the low frequency current field (eddy currents), HF current density fields from CST MICROWAVE STUDIO or crashed particle loss distributions from CST PARTICLE STUDIO. |
| |
Thermal Surface Properties | Thermal surface properties can be assigned to surfaces of thermal conductive materials. A thermal surface property definition describes the radiation and convection losses from a surface. |
|
CST微波工作室培训课程套装,专家讲解,视频教学,帮助您快速学习掌握CST设计应用
上一篇:CST2013: Special Solver Parameters - General
下一篇:CST2013: Special Solver Parameters - Solver
最全面、最专业的CST微波工作室视频培训课程,可以帮助您从零开始,全面系统学习CST的设计应用【More..】
频道总排行
- CST2013: Mesh Problem Handling
- CST2013: Field Source Overview
- CST2013: Discrete Port Overview
- CST2013: Sources and Boundary C
- CST2013: Multipin Port Overview
- CST2013: Farfield Overview
- CST2013: Waveguide Port
- CST2013: Frequency Domain Solver
- CST2013: Import ODB++ Files
- CST2013: Settings for Floquet B