Specify TEM3P - Thermal ======================== At this point, all of the elastic specifications are complete. So next we complete the thermal specifications. .. Apply class for custom formatting of numbered steps. .. rst-class:: step-number 1\. TEM3P Thermal - Boundary Conditions Tab Select the :guilabel:`TEM3P Thermal` tab and underneath that select the :guilabel:`Boundary Conditions` tab. Set the boundary condition types and data items per this table and screenshot: :: Side Set Type Item Name Item Value ---------------------------------------------------------------------- 1 Neumann Heat Flux 0 ---------------------------------------------------------------------- 2 Neumann Heat Flux 0 ---------------------------------------------------------------------- 3 Neumann Heat Flux 0 ---------------------------------------------------------------------- 4 Neumann Heat Flux 0 ---------------------------------------------------------------------- 5 Robin Robin Constant Factor 20000 Robin Constant Value 440000 ---------------------------------------------------------------------- 6 RF Heating use the values shown in the screenshot below ---------------------------------------------------------------------- .. image:: ../images/rfgun-boundary-conditions2b.png :align: center .. Apply class for custom formatting of numbered steps. .. rst-class:: step-number 2\. TEM3P Thermal - Materials Tab Under the :guilabel:`TEM3P Thermal` tab select the :guilabel:`Materials` tab. Add a material attribute by clicking the :guilabel:`New` button, set the :guilabel:`Thermal Conductivity` to ``391``, and assign ``Unnamed Block ID: 1`` to the :guilabel:`Current` list. .. image:: ../images/rfgun-materials2b.png :align: center | .. Apply class for custom formatting of numbered steps. .. rst-class:: step-number 3\. TEM3P Thermal - Analysis Tab In the :guilabel:`Analysis` tab, set the parameters as shown in this screenshot: .. image:: ../images/rfgun-analysis2b.png :align: center |