timelag.py File Reference

Go to the source code of this file.

Classes
class	engine.pipeline.stability.timelag.StreamThermo
class	engine.pipeline.stability.timelag.ChamberThermo
class	engine.pipeline.stability.timelag.LagBreakdown

Namespaces
namespace	engine
namespace	engine.pipeline
namespace	engine.pipeline.stability
namespace	engine.pipeline.stability.timelag

Functions
float	engine.pipeline.stability.timelag.atomization_lag (StreamThermo st, ChamberThermo ch)
float	engine.pipeline.stability.timelag.evaporation_constant_leonardi (float MR, float T_inf, float T_crit)
float	engine.pipeline.stability.timelag.convection_correction_leonardi (float Pc_bar)
float	engine.pipeline.stability.timelag.ranz_marshall_correction (float Re_d, float Pr=0.7)
float	engine.pipeline.stability.timelag._slip_reynolds (StreamThermo st, ChamberThermo ch, float mu_g=7.0e-5)
float	engine.pipeline.stability.timelag.vaporization_lag_leonardi (StreamThermo st, ChamberThermo ch, *, str convection=DEFAULT_CONVECTION_MODEL)
Tuple[float, float]	engine.pipeline.stability.timelag.vaporization_lag_d2 (StreamThermo st, ChamberThermo ch)
float	engine.pipeline.stability.timelag.resolve_mixing_lag (float tau_vap_liquid, float mix_fraction)
_ModelResult	engine.pipeline.stability.timelag._model_d2_law (StreamThermo st, ChamberThermo ch, str convection)
_ModelResult	engine.pipeline.stability.timelag._model_leonardi (StreamThermo st, ChamberThermo ch, str convection)
Dict[str, LagBreakdown]	engine.pipeline.stability.timelag.compute_lags (Dict[str, StreamThermo] streams, ChamberThermo ch, *, str model="d2_law", float mix_fraction=0.0, str convection=DEFAULT_CONVECTION_MODEL, Optional[Callable[[str, float, str, str], float]] on_fallback=None)

Variables
list	engine.pipeline.stability.timelag.__all__
float	engine.pipeline.stability.timelag.MASS_HALF_LIFE_FRACTION = float(1.0 - 0.5 ** (2.0 / 3.0))
dict	engine.pipeline.stability.timelag.CONVECTION_MODELS
str	engine.pipeline.stability.timelag.DEFAULT_CONVECTION_MODEL = "none"
	engine.pipeline.stability.timelag._ModelResult = Tuple[float, float, float, float, Tuple[str, ...]]
dict	engine.pipeline.stability.timelag.TIME_LAG_MODELS