:py:mod:`ansys.materials.manager._models._fluent.ideal_gas`
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.. py:module:: ansys.materials.manager._models._fluent.ideal_gas


Module Contents
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Classes
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.. autoapisummary::

   ansys.materials.manager._models._fluent.ideal_gas.IdealGas




.. py:class:: IdealGas(name: str)

   Bases: :py:obj:`ansys.materials.manager._models._BaseModel`

   Provides for creating an ideal gas model for fluid properties.

   This model can be applied to density and specific heat capacity properties within Fluent.
   It requires that the molar mass be set as a property and models the following equation:

   .. math::

    P * V = \frac{m * R * T}{M}


   Create an ideal gas model for the Fluent solver.
















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   .. py:property:: name
      :type: str

      
      Name of the property modeled.
















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   .. py:attribute:: applicable_packages

      

   .. py:method:: write_model(material: ansys.materials.manager.material.Material, pyansys_session: Any) -> None

      
      Write this model to Fluent.

      This method should make some effort to validate the model state before writing.

      :Parameters:

          **material: Material**
              Material object to associate with this model.

          **pyansys_session: Any**
              Configured instance of the PyAnsys session.














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   .. py:method:: validate_model() -> Tuple[bool, List[str]]

      
      Perform pre-flight validation of the model setup.



      :Returns:

          :obj:`Tuple`
              First element is Boolean. ``True`` if validation is successful. If ``False``,
              the second element contains a list of strings with more information.













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