Open antoniopucciarelli opened 2 years ago
From .stl
to data.*
file.
Mesh generation using simple capsule geometry.
commit: 285410e8ff7ccd9e05eeb6ac31b2f25418edc9c8
.
Generation of a nested loop algorithm for the automatic computation of the aerodynamic coefficients.
commit: 0dc9658ed86d8f8c1b4ecc87b2544d16841bcc6c
There was a problem with the parallel computation of the 3 nested loops: solved.
In the run
condition: -in
instead of <
corrected the problem.
Comments on the main input file.
Need to compute efficiently the drag. It has been used a check condition on the fxTOT
value. If the variation of fxTOT
is less than a tolerance, tol
, the program has reached the convergence.
Separation of the 3 nested loop and the main case properties into: in.plate
and in.case
.
commit: 4aa2128d8bf295fb7430a3bfa673e31f8cf4164d
Need to compute the aerodynamic coefficients for different Kn, AOA and Ma. It has been implemented a 3 nested loop for the computation of these coefficients.
We got a problem with the tolerances computation between 2 runs.
We solved the problem using a variable
definition for the computation of the forces.
The system solution is made with a in.case check of the average aerodynamic forces tolerances.
The new version has in it the implementation of the lift computation.
Need to pass from the 2D geometry to the 3D geometry.
Implementation of the orion_simple.stl
geometry in the SPARTA case.
Translational, vibrational and rotational temperature setup and checking. Once this check is passed we can switch to the final 3 nested loop simulation.
Fundamentals of Hypersonic Flow course project.
SPARTA simulation of the Orion Mars atmosphere entry.
The simulation
aeroCoeefCase
will compute the aerodynamic coefficients of the capsule at different Knudsen numbers.