ibl.initial_condition.ManualCondition
- class ibl.initial_condition.ManualCondition(delta_d, delta_m, delta_k)
Bases:
InitialConditionReturns the stagnation conditions from manually set conditions.
This class returns the stagnation conditions obtained from the parameters provided.
- Parameters:
delta_d (float)
delta_m (float)
delta_k (float)
- del_d
Displacement thickness.
- Type:
float
- del_m
Momentum thickness.
- Type:
float
- del_k
Kinetic energy thickness.
- Type:
float
- __init__(delta_d, delta_m, delta_k)
- Parameters:
delta_d (float)
delta_m (float)
delta_k (float)
Methods
__init__(delta_d, delta_m, delta_k)delta_d()Return the displacement thickness for this initial condition.
delta_k()Return the kinetic energy thickness for this initial condition.
delta_m()Return the momentum thickness for this initial condition.
shape_d()Return the displacement shape factor for this initial condition.
shape_k()Return the kinetic energy shape factor for this initial condition.
Attributes
Rate of change of edge velocity profile at initial condition.
Kinematic viscosity at initial condtion.
- shape_d()
Return the displacement shape factor for this initial condition.
- Returns:
Displacement shape factor.
- Return type:
float
- property du_e: float
Rate of change of edge velocity profile at initial condition.
- property nu: float
Kinematic viscosity at initial condtion. Must be greater than zero.
- shape_k()
Return the kinetic energy shape factor for this initial condition.
- Returns:
Kinetic energy shape factor.
- Return type:
float
- delta_d()
Return the displacement thickness for this initial condition.
- Returns:
Displacement thickness.
- Return type:
float
- delta_m()
Return the momentum thickness for this initial condition.
- Returns:
Momentum thickness.
- Return type:
float
- delta_k()
Return the kinetic energy thickness for this initial condition.
- Returns:
Kinetic energy thickness.
- Return type:
float