International audienceIn the present study a meshless Smoothed Particle Hydrodynamics cavitation solver is developed. The fluid bubble collapse solver is validated against analytical Rayleigh-Plesset equation and shows good agreement. The solid solver capable of solving elastic-plastic deformation and material damage is developed and is validated against FEM results. A fluid structure interaction solver capable of solving cavitation erosion is presented. A single bubble collapse is demonstrated in the paper
To evaluate the aggressiveness power of cavitating flows and to improve prediction methods for cavit...
His numerical work focuses on the collapse of a single air bubble close to adeformable wall generate...
His numerical work focuses on the collapse of a single air bubble close to adeformable wall generate...
International audienceIn the present study a meshless Smoothed Particle Hydrodynamics cavitation sol...
International audienceIn the present study a meshless Smoothed Particle Hydrodynamics cavitation sol...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
International audienceThe motivation behind this research lies in understanding the physical mechani...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
Lorsqu’un liquide est soumis à de fortes dépressions, des bulles de gaz etde vapeur peuvent apparaît...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
International audienceA meshless Smoothed Particle Hydrodynamics solver is used to simulate the coll...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
Ce travail de recherche est dédié à la compréhension des mécanismes physiques de l’érosion de cavita...
To evaluate the aggressiveness power of cavitating flows and to improve prediction methods for cavit...
His numerical work focuses on the collapse of a single air bubble close to adeformable wall generate...
His numerical work focuses on the collapse of a single air bubble close to adeformable wall generate...
International audienceIn the present study a meshless Smoothed Particle Hydrodynamics cavitation sol...
International audienceIn the present study a meshless Smoothed Particle Hydrodynamics cavitation sol...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
International audienceThe motivation behind this research lies in understanding the physical mechani...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
International audienceThis numerical work focuses on the collapse of a single air bubble close to a ...
Lorsqu’un liquide est soumis à de fortes dépressions, des bulles de gaz etde vapeur peuvent apparaît...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
International audienceA meshless Smoothed Particle Hydrodynamics solver is used to simulate the coll...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
Ce travail de recherche est dédié à la compréhension des mécanismes physiques de l’érosion de cavita...
To evaluate the aggressiveness power of cavitating flows and to improve prediction methods for cavit...
His numerical work focuses on the collapse of a single air bubble close to adeformable wall generate...
His numerical work focuses on the collapse of a single air bubble close to adeformable wall generate...