I obtained my PhD from Sorbonne University under the supervision of Dr. Daniel Fuster and Prof. Stephane Zaleski . My research focuses on the development of numerical methods for multi-phase flows using Basilisk and to study complex fluid dynamics phenomenon.
Mandeep Saini
Room 105, Meander building
Enschede, 7522LW NL
Doctor of Philosophy • 2022
Master of technology - Mechanical Engineering• 2019
Bachelor of technology - Mechanical Engineering• 2016
University of Twente (Physics of Fluids group) • April 2022 - Present
Sorbonne Universite • January 2022 - March 2022
In this work, we showed that the liquid jet generated during the collapse of a bubble in contact with wall can lead to a jet opposite to the wall if the contact angle at maximum volume is larger than 90 degrees.
Cavitation
The hydrodynamics of microlayer formation for an inertially growing bubble was studied and numerical results were matched with the scaling laws for microlayer height.
Cavitation, boiling
Three dimensional simulations of bubble clusters were performed to understand the asymmetry observed during the collpase in the experiments.
CavitationSaini Mandeep, Tanne Erwan, Arrigoni Michel, Zaleski Stephane and Fuster Daniel (2022) "On the dynamics of a collapsing bubble in contact with a rigid wall." Journal of Fluid Mechanics 948 : A45. DOI arXiv
Saini Mandeep, Saade Youssef, Fuster Daniel, Lohse Detlef (2024). "Finite speed of sound effects on asymmetry in multibubble cavitation." Physical Review Fluids, 9(4), 043602. DOI arXiv
Saini Mandeep, Chen Xiangbin, Zaleski St{\'e}phane and Fuster Daniel (2024). "Direct numerical simulations of microlayer formation during heterogeneous bubble nucleation." Journal of Fluid Mechanics, 984, A70. DOI arXiv
Saini Mandeep, Prouvost Lucas, Popinet St{\'e}phane and Fuster Daniel (2024). "A Review of the Accuracy of Direct Numerical Simulation Tools for the Simulation of Non-Spherical Bubble Collapses." Journal of the Indian Institute of Science, 1-23. DOI arXiv
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