engine.pipeline.numerical_robustness.PhysicalConstraints Class Reference

Static Public Member Functions
ValidationResult	validate_pressure (float P, str name="pressure")
ValidationResult	validate_temperature (float T, str name="temperature")
ValidationResult	validate_mass_flow (float mdot, str name="mass_flow")
ValidationResult	validate_mixture_ratio (float MR)
ValidationResult	validate_area (float A, str name="area")
ValidationResult	validate_velocity (float v, str name="velocity")
ValidationResult	validate_gamma (float gamma)
ValidationResult	validate_cstar (float cstar)
ValidationResult	validate_isp (float Isp)

Detailed Description

Validates physical constraints and bounds

Definition at line 80 of file numerical_robustness.py.

Member Function Documentation

validate_area()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_area ( float A, str name = "area" )

static

Validate area is physically reasonable

Definition at line 128 of file numerical_robustness.py.

validate_cstar()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_cstar ( float cstar )

static

Validate characteristic velocity

Definition at line 161 of file numerical_robustness.py.

validate_gamma()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_gamma ( float gamma )

static

Validate specific heat ratio

Definition at line 150 of file numerical_robustness.py.

validate_isp()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_isp ( float Isp )

static

Validate specific impulse

Definition at line 172 of file numerical_robustness.py.

validate_mass_flow()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_mass_flow ( float mdot, str name = "mass_flow" )

static

Validate mass flow is physically reasonable

Definition at line 106 of file numerical_robustness.py.

validate_mixture_ratio()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_mixture_ratio ( float MR )

static

Validate mixture ratio is physically reasonable

Definition at line 117 of file numerical_robustness.py.

validate_pressure()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_pressure ( float P, str name = "pressure" )

static

Validate pressure is physically reasonable

Definition at line 84 of file numerical_robustness.py.

validate_temperature()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_temperature ( float T, str name = "temperature" )

static

Validate temperature is physically reasonable

Definition at line 95 of file numerical_robustness.py.

validate_velocity()

ValidationResult engine.pipeline.numerical_robustness.PhysicalConstraints.validate_velocity ( float v, str name = "velocity" )

static

Validate velocity is physically reasonable

Definition at line 139 of file numerical_robustness.py.

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The documentation for this class was generated from the following file:

• EngineDesign/engine/pipeline/numerical_robustness.py