Add to ORKGInternational audienceA new boundary-integral method is advocated to compute at a reasonable cpu time cost the slow viscous motion of a N-bubble cluster immersed near a plane solid boundary in a gravity field and/or an external flow field. 3N relevant boundary-integral equations on the cluster�s surface are established and numerically inverted by implementing a boundary element technique. The resulting numerical results are presented and discussed for a single bubble and a 2-bubble cluster subject to the gravity or external linear and quadratic shear flows
The present work proposes a method to study problems of drops and bubbles evolving in complex geomet...
Axisymmetric flow around a bubble rising in a 3D fluid has been studied intensively both numerically...
We study liquid flows with many small spherical gas bubbles. Heat transfer, surface tension and gas ...
International audienceA new boundary-integral method is advocated to compute at a reasonable cpu tim...
International audienceThis paper examines the slow viscous migration of a collection of N = 1 spheri...
International audienceThe slow viscous settling migration of a 2-particule cluster between two solid...
International audienceThe slow viscous and either imposed or gravity-driven migration of a solid arb...
International audienceThe thermocapillary motion of two bubbles near a plane solid wall at uniform t...
International audienceThis work examines the slow viscous migration of two insulting spherical bubbl...
International audienceThe axisymmetric gravity-driven migration of two interacting bubble and solid ...
International audienceThe slow migration of N spherical bubbles under combined buoyancy and thermoca...
International audienceThe slow migration of a small and solid particle in the vicinity of a gasliqui...
International audienceWe investigate the challenging problem of bubble(s) and rigid particle(s) inte...
The boundary integral method is used to model the growth and collapse of axisymmetric cavitation bub...
The present work proposes a method to study problems of drops and bubbles evolving in complex geomet...
Axisymmetric flow around a bubble rising in a 3D fluid has been studied intensively both numerically...
We study liquid flows with many small spherical gas bubbles. Heat transfer, surface tension and gas ...
International audienceA new boundary-integral method is advocated to compute at a reasonable cpu tim...
International audienceThis paper examines the slow viscous migration of a collection of N = 1 spheri...
International audienceThe slow viscous settling migration of a 2-particule cluster between two solid...
International audienceThe slow viscous and either imposed or gravity-driven migration of a solid arb...
International audienceThe thermocapillary motion of two bubbles near a plane solid wall at uniform t...
International audienceThis work examines the slow viscous migration of two insulting spherical bubbl...
International audienceThe axisymmetric gravity-driven migration of two interacting bubble and solid ...
International audienceThe slow migration of N spherical bubbles under combined buoyancy and thermoca...
International audienceThe slow migration of a small and solid particle in the vicinity of a gasliqui...
International audienceWe investigate the challenging problem of bubble(s) and rigid particle(s) inte...
The boundary integral method is used to model the growth and collapse of axisymmetric cavitation bub...
The present work proposes a method to study problems of drops and bubbles evolving in complex geomet...
Axisymmetric flow around a bubble rising in a 3D fluid has been studied intensively both numerically...
We study liquid flows with many small spherical gas bubbles. Heat transfer, surface tension and gas ...