In this script inverse-solving (static) simulation is processed which includes pressure and
temperature data mapping to structural mesh. This data (Pressure/Temperature) is exported
from CFX. The resulting result file is used to extract simulation results like displacement,
stress, and thermal strain. Extracted maximum values over time for these results quantities
are presented here.
📁 Files needed for running the example
Python script and result file containing thermal strain quantities are zipped and attached here.
In the script, following modification, we may need to do to replace the local path pointing to the rst file:
example_path = r'D:\PyAnsys\PyMechanical\Examples\Tech_Demo_55\PyDPF_Script\StaticStructural\file.rst'
with the appropriate changes at the repo
example_path = examples.find_thermal_strain_rst()
📝 Description of the example
Inverse Solving (Static) Simulation: Extract Thermal Strain
In this script inverse-solving (static) simulation is processed which includes pressure and temperature data mapping to structural mesh. This data (Pressure/Temperature) is exported from CFX. The resulting result file is used to extract simulation results like displacement, stress, and thermal strain. Extracted maximum values over time for these results quantities are presented here.
📁 Files needed for running the example
Python script and result file containing thermal strain quantities are zipped and attached here.
In the script, following modification, we may need to do to replace the local path pointing to the rst file: example_path = r'D:\PyAnsys\PyMechanical\Examples\Tech_Demo_55\PyDPF_Script\StaticStructural\file.rst'
with the appropriate changes at the repo example_path = examples.find_thermal_strain_rst()
07-static-extract-thermal-strain.zip