Shear_Flow
RBC_Surface_mesh_258SurfVer
PLT_Larger_Surface_mesh_66SurfVer
Length scales are dx_p, dt_p, rho_p, which result in dx_lb = dt_lb = rho_lb = 1 <--> ./tmp/ initialPlacing.pos ./wallStlFiles/box50x50x50.stl true 6 35 Hematocrit (%) <--> 5 How many RBCs correspond to 1 PLT <--> 50 Physical Length (um) <--> 50 Physical Length (um) <--> 50 Physical Length (um) <--> 0.5 Space discretization: Physical Length (um) <--> 2 1 0.0025 Physical Velocity (um/us) || Poiseuille Flow: Velocity at the center of the tube (desired) <--> 100 in sec^-1 <--> -1 Fluid solver time step: Physical Length (us) <--> -1 4000 Every how many Palabos timesteps to print results <--> 0.6 Simulation stops when Simulated Time is over X seconds <--> true ratio: [0..1], applies in VTKs & COMs (Center of Mass) <--> 1.0 1.0 0.0 1.0 For CellPacking set both to 1.0 <--> Krueger's Book (p.278, Table 7.2): U_lb_max < 0.03-0.1 for accuracy <--> 0.04 0.04

false
5.0
1.0
Kinematic Viscocity (Physical): um^2/us || * 10^-6 m^2/s <--> 1025.0 femtoGr/um^3, the resulting force scaling gives immediately picoNewtons (Length in um & Time in us) <-->
true
./CPs/
4000
476
95
2
refers to every how many Palabos steps ShapeOp is executed. Real time = timestep * dt_p <-->

7
30
5
7
5
1e-5
1e-4
0.9
Default values to avoid interpenetrations. For repulsive forces just increase the collisions_weight_rep <-->

2.0
20.0
2.0
20.0
0.0
not implemented <-->
For CellPacking set CALPHA to 0.9 <--> For CellPacking set CBETA to 1.0 <-->

1125.0
Density of RBC in physical units (femtoGr/um^3) <--> 0.9 Based on the NoneWheelerExps calibration <--> 0.01

true
250.
1125.0
Density of PLT in physical units (femtoGr/um^3) <--> 0.9 0.01

true
250.