acoustic.py File Reference

Go to the source code of this file.

Classes
class	engine.pipeline.stability.acoustic.GasState
class	engine.pipeline.stability.acoustic.DampingCoeffs

Namespaces
namespace	engine
namespace	engine.pipeline
namespace	engine.pipeline.stability
namespace	engine.pipeline.stability.acoustic

Functions
bool	engine.pipeline.stability.acoustic._is_longitudinal (Optional[str] mode_name)
Dict[str, float]	engine.pipeline.stability.acoustic.damping_budget (float f_hz, float D_ch, float L_ch, GasState gas, Optional[DampingCoeffs] coeffs=None, Optional[str] mode_name=None)
float	engine.pipeline.stability.acoustic.mode_driving_rate (float f_hz, float gamma, float overlap, float n, float tau_sens)
float	engine.pipeline.stability.acoustic.mode_driving_rate_max (float f_hz, float gamma, float overlap, float n)
float	engine.pipeline.stability.acoustic._ratio (float num, float den)
Dict[str, float]	engine.pipeline.stability.acoustic.mode_growth_rate (float f_hz, str mode_name, float D_ch, float L_ch, GasState gas, *, float n, float tau_sens, Optional[float] overlap=None, Optional[DampingCoeffs] coeffs=None)
Dict[str, float]	engine.pipeline.stability.acoustic._mode_frequencies (GasState gas, float L_ch, float D_ch, int n_long)
Dict[str, object]	engine.pipeline.stability.acoustic.analyze_acoustic_modes (float D_ch, float L_ch, GasState gas, *, float n, float tau_sens, Optional[DampingCoeffs] coeffs=None, int n_long=3)
Dict[str, float]	engine.pipeline.stability.acoustic.fast_acoustic (float D_ch, float L_ch, GasState gas, *, float n, float tau_sens, Optional[DampingCoeffs] coeffs=None)

Variables
dict	engine.pipeline.stability.acoustic.DEFAULT_OVERLAP