## MENU
Entree is some little, useless, but maybe interesting code

Plat is the main code 
Plat du jour is the current job

Dessert is just some little remanding for myself, totally useless 

TimeTag : (estime required running time)

 - ! : fast , under 10 min
 - !! : normal , under 1-2 hours
 - !!! : slow , over one night
 - !!!! : some bug still exist  

## Plat Du Jour (Ring Vortex)
[Rayleigh-Plateau instability](vortex/rpi.c) ! : Rayleigh-Plateau instability simple version()    *Prix:~ 10 min

[RPI_lambda](vortex/rpilbd.c) ! : change wave length   *Prix:~ 1 H

[RPI_mu](vortex/rpimu.c) ! : change viscosity    *Prix:~ 1 H

[RPI_epsilon](vortex/rpiepsl.c) ! : change amplitude    *Prix:~ 1 H


Avec chefs   D.F   M.R   I.D

## Entree
[2Dtube](smalltest/2Dtube.c) ! : compare of axisymetric poiseuile flow solved by axi.h and planar (cylinder coor.) solver

[3Dtube](smalltest/3dtube.c) ! : poiseuile flow in a real 3d cylinder 

[MC rising](smalltest/mcrising.c) !! & [Bubble rising 3D](smalltest/bubble3d.c) !!!  : bubble rising in a cylinder with momentum conserving (Modify version)  &  in real 3D cylinder

[Waterdrop](smalltest/visdrop.c)!! & [MC Waterdrop](smalltest/mcvisdrop.c) !! : falling drops of water in a cylinder with viscous environment  &  with momentum conserving  
 
## Plat Biomeca
Need certain STL file that you can find in the folders

[WomersleyFlow](biomeca/2dwo.c) ! : Axisymetric womersley flow with different Womersley Number ([Impact of BC](biomeca/2dwoflow.c) ) *Prix:~ 10 min

[TubeWoFlow](biomeca/3dendotube.c) !! : Womersley flow in a real decsending thoracic aorta. and the [comparaison](biomeca/3dtubecompare.c) with a ideal model.

[Resistance + Wo](biomeca/2dworr.c) ! : Axisymetric womersley flow with output resistance condition. (simple version :[R + Poiseuille](biomeca/2drr.c) ) *Prix:~ 10 min

[AFAIRE](biomeca/2dworrc.c) !!!! : Womersley flow + KV model. (simple version :[KV + Poiseuille](biomeca/2drrc.c) ) *Prix:~ 10 min


[Torus flow](biomeca/torusrrc.c) !! The simulation of blood flow in a ideal aortic arch model. 

[Aortic Arch](biomeca/3darchrrc.c) !!!! The simulation of blood flow in a real aortic arch model from a patient.

Avec chef   P-Y.L     J-M.F

## Dessert

[ImportMesh](smalltest/ImportMesh) : mesh importing and some bview commande 

[output](smalltest/output) : output commande

[function](smalltest/function) : some basilisk commande