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A viscous penalty method is used to simulate the interaction between spheres and flows with Particle- Resolved Direct Numerical Simulations. An original method has been developed and validated in order to extract from these simulations the hydrodynamic forces and heat (...)
The frequency response of a vaporizing pastille-shaped droplet subjected to small standing acoustic oscillations is examined. The motionless droplet is continuously fed so that its volume remains constant during the process. The feeding can be realized with the same liquid (...)
A reflection seemed necessary on interface models with at least one fluid phase. The concept and the thermodynamic and mechanical modeling of the interfaces are partially revisited. Balance laws and constitutive relations are recalled, and various examples are given to (...)
