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We present a numerical method to simulate vesicles in fluid flows. This method consists  of writing all the properties of the membrane as interfacial forces between two fluids.  The main advantage of this approach is that the vesicle and the fluid models may be  decoupled easily. A level set method has been implemented to track the interface. Finite  element discretization has been used with arbitrarily high order polynomial approximation.  Several polynomial orders have been tested in order to get a better accuracy. A validation  on equilibrium shapes and “tank treading” motion of vesicle have been presented

Simulation of vesicle using level set method solved by high order finite element