SHWUvlm¶
Steady vortex method assuming helicoidal wake shape
The settings that this solver accepts are given by a dictionary, with the following key-value pairs:
Name Type Description Default print_info
bool
Output run-time information True
num_cores
int
Number of cores to used in parallelisation 0
convection_scheme
int
Convection scheme for the wake (only 2 tested for this solver) 2
dt
float
time step used to discretise the wake 0.1
iterative_solver
bool
False
iterative_tol
float
0.0001
iterative_precond
bool
False
velocity_field_generator
str
Name of the velocity field generator SteadyVelocityField
velocity_field_input
dict
Dictionary of inputs needed by the velocity field generator {}
gamma_dot_filtering
int
Parameter used to filter gamma dot (only odd numbers bigger than one allowed) 0
rho
float
Density 1.225
rot_vel
float
Rotation velocity in rad/s 0.0
rot_axis
list(float)
Axis of rotation of the wake [1.0, 0.0, 0.0]
rot_center
list(float)
Center of rotation of the wake [0.0, 0.0, 0.0]