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Biomechanics
Details about the calculations can be found on the web page dedicated to blood flow simulations and on the YALES2BIO website.
![Instantaneous volume rendering of vorticity magnitude (calculation from C. Chnafa, IMAG)](GALLERY/heart.png)
Instantaneous volume rendering of vorticity magnitude of the flow in a patient-specific left heart (calculation from C. Chnafa, IMAG)
![Instantaneous volume rendering of vorticity magnitude (calculation from J. Siguenza, IMAG)](GALLERY/valve.png)
Instantaneous volume rendering of vorticity magnitude of the flow through an articficial valve (calculation from J. Siguenza, IMAG)
![Instantaneous volume rendering of vorticity magnitude (calculation from A. Larroque, IMAG)](GALLERY/TAH2.png)
Instantaneous volume rendering of vorticity magnitude of the flow in a ventricle of the CARMAT heart (calculation from A. Larroque, IMAG)
![Simulation of a trilobe in shear flow (calculation from S. Mendez, IMAG)](GALLERY/trilobe.png)
Red blood cell at high shear rate in physiological conditions of viscosity: the trilobe (calculation from S. Mendez, IMAG)
![Suspension of red blood cells in square channel (calculation from S. Mendez, IMAG)](GALLERY/RBC_channel.png)
Suspension of red blood cells at hematocrit 20 percent in square channel (calculation from S. Mendez, IMAG)
Perforated plates
![Instantaneous iso-surface of Q-criterion](GALLERY/jet_vort.jpg)
Instantaneous solution: iso-surface of the Q-criterion colored by velocity magnitude
![Vorticity field](GALLERY/vort_z0_NB2_0039.jpg)
Instantaneous vorticity field on the symmetry plane
MOVIE: Animation of Q criterion to observe the vortical structure in the flow through an inclined perforation
MOVIE: Flow through a perforated submitted to an incident acoustic wave, normal to the plate. Velocity and vorticity fields
MOVIE: Computational domain with 4 jets included
MOVIE: My PhD defense movie...
Supersonic jet noise
![supersonic jet](GALLERY/VortMag_nozzle_x2.png)
View of the development of an unheated supersonic jet from the nozzle exit
![Instantaneous field of mass density supersonic jet](GALLERY/smc015_rhoNB_51000.jpg)
Instantaneous solution of a supersonic jet flow, at Mach 1.4. Mass density visualization
![supersonic jet](GALLERY/VortMAG_zoom.jpg)
Instantaneous field of velocity magnitude on the symmetry plane of a supersonic jet
MOVIE: Animation of mass density in a heated supersonic jet at Mach 1.4