update_mechanical_shock_props#
- Analysis.update_mechanical_shock_props(project, mechanical_shock_properties)#
Update properties for a mechanical shock analysis.
- Parameters:
project (str) – Name of the Sherlock project.
mechanical_shock_properties (list) –
Mechanical shock properties for a CCA consisting of these properties:
- cca_namestr
Name of the CCA.
- model_source: ModelSource, optional
Model source. The default is
None
.
- shock_result_countint
Number of mechanical shock result layers to generate.
- critical_shock_strain: float
Critical shock strain. The default is
None
.
- critical_shock_strain_units: str
Critical shock strain units. The default is
None
. Options are"strain"
,"ε"
, and"µε"
.
- part_validation_enabled: bool
Whether to enable part validation. The default is
None
.
- require_material_assignment_enabled: bool
Whether to require material assignment. The default is
None
.
- force_model_rebuild: str
How to handle rebuilding of the model. The default is
None
. Options are"FORCE"
and"AUTO"
.
- natural_freq_min: int
Minimum frequency. The default is
None
.
- natural_freq_min_units: str
Minimum frequency units. The default is
None
. Options are"HZ"
,"KHZ"
,"MHZ"
, and"GHZ"
.
- natural_freq_max: int
Maximum frequency. The default is
None
.
- natural_freq_max_units: str
Maximum frequency units. The default is
None
. Options are"HZ"
,"KHZ"
,"MHZ"
, and"GHZ"
.
- analysis_temp: double
Temperature. The default is
None
.
- analysis_temp_units: str
Temperature units. The default is
None
. Options are"C"
,"F"
, and"K"
.
- Returns:
Status code of the response. 0 for success.
- Return type:
int
Examples
>>> from ansys.sherlock.core.launcher import launch_sherlock >>> sherlock = launch_sherlock() >>> sherlock.project.import_odb_archive( "ODB++ Tutorial.tgz", True, True, True, True, project="Test", cca_name="Card", ) >>> sherlock.analysis.update_mechanical_shock_props( "Test", [{ "cca_name": "Card", "model_source": ModelSource.GENERATED, "shock_result_count": 2, "critical_shock_strain": 10, "critical_shock_strain_units": "strain", "part_validation_enabled": True, "require_material_assignment_enabled": False, "force_model_rebuild": "AUTO", "natural_freq_min": 10, "natural_freq_min_units": "Hz", "natural_freq_max": 100, "natural_freq_max_units": "KHz", "analysis_temp": 20, "analysis_temp_units": "F", }, ] )