Wai Hong Ronald Chan

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Parviz MoinStanford UniversityEmail verificata su stanford.edu
Perry JohnsonUniversity of California, IrvineEmail verificata su uci.edu
Javier UrzayUS Space Force at Rocket Propulsion Division, Air Force Research Laboratory (AFRL), Edwards AFBEmail verificata su spaceforce.mil
Suhas S. JainAssistant Professor at Georgia Tech | Center for Turbulence Research, Stanford UniversityEmail verificata su gatech.edu
Shahab MirjaliliAssistant Professor, KTH Royal Institute of Technology, SwedenEmail verificata su kth.se
Iain BoydEmail verificata su colorado.edu
Michael DoddMicrosoftEmail verificata su microsoft.com
Cullen BuieProfessor, MITEmail verificata su mit.edu
Jeffrey L. MoranGeorge Mason UniversityEmail verificata su gmu.edu
Bruno FigliuzziMines ParisEmail verificata su minesparis.psl.eu
Hanul HwangStanford UniversityEmail verificata su stanford.edu
Vinh-Tan NguyenSenior Principal Scientist at the Institute of High Performance Conputing, A*STAREmail verificata su ihpc.a-star.edu.sg
Alvin ValeraVictoria University of WellingtonEmail verificata su ecs.vuw.ac.nz
N GautamProfessor, Electrical Engineering and Computer Science, Syracuse UniversityEmail verificata su syr.edu
Hwee-Xian TanFedEx Express, Asia PacificEmail verificata su fedex.com
Ido NevatTUMCREATEEmail verificata su tum-create.edu.sg
Ali ManiAssociate Professor of Mechanical Engineering, Stanford UniversityEmail verificata su stanford.edu
Matthias WildemeerschUniversity of OxfordEmail verificata su eci.ox.ac.uk
Tony Q.S. QuekFull Professor and ISTD Pillar Head, SUTDEmail verificata su ieee.org
Sai Ganesh NagarajanPostdoctoral Researcher, Zuse Institute BerlinEmail verificata su zib.de

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Wai Hong Ronald Chan

Altri nomiRon Chan, Ronald Chan

Institute of High Performance Computing (IHPC), Agency for Science, Technology & Research (A*STAR)

Email verificata su ihpc.a-star.edu.sg - Home page

Fluid dynamics Multiphysics modeling Turbulence Subgrid-scale modeling Transport phenomena


Titolo Ordina per citazioni Ordina per anno Ordina per titolo	Citata da Citata da	Anno
The turbulent bubble break-up cascade. Part 2. Numerical simulations of breaking waves WHR Chan, PL Johnson, P Moin, J Urzay Journal of Fluid Mechanics 912, A43, 2021	52	2021
Adaptive Duty Cycling in Sensor Networks with Energy Harvesting using CTMC and Fluid Models WHR Chan, P Zhang, I Nevat, SG Nagarajan, A Valera, HX Tan, ... IEEE Journal on Selected Areas in Communications 33 (12), 2687--2700, 2015	47	2015
Numerical investigation of wake induced vibrations of cylinders in tandem arrangement at subcritical Reynolds numbers VT Nguyen, WHR Chan, HH Nguyen Ocean Engineering 154, 341--356, 2018	39	2018
The turbulent bubble break-up cascade. Part 1. Theoretical developments WHR Chan, PL Johnson, P Moin Journal of Fluid Mechanics 912, A42, 2021	35	2021
Birth of microbubbles in turbulent breaking waves WHR Chan, S Mirjalili, SS Jain, J Urzay, A Mani, P Moin Physical Review Fluids 4 (10), 100508, 2019	26	2019
Kinetic Studies of the TicCl4 Catalyzed Reactions of Benzyl Chloride, p-Xylyl Chloride, and p-Nitrobenzyl Chloride with Benzene and Anisole in Nitromethane and Dichloromethane FP DeHaan, WH Chan, J Chang, TB Cheng, DA Chiriboga, MM Irving, ... J. Am. Chem. Soc 112, 356-363, 1990	21	1990
Nonlinear electrophoresis of ideally polarizable particles B Figliuzzi, WHR Chan, JL Moran, CR Buie Physics of Fluids 26 (10), 102002, 2014	19	2014
Identifying and tracking bubbles and drops in simulations: a toolbox for obtaining sizes, lineages, and breakup and coalescence statistics WHR Chan, MS Dodd, PL Johnson, P Moin Journal of Computational Physics 432, 110156, 2021	18	2021
Investigation of quantum algorithms for direct numerical simulation of the Navier-Stokes equations KP Griffin, SS Jain, TJ Flint, WHR Chan Center for Turbulence Research Annual Research Briefs 33, 347--363, 2019	17	2019
Formation and dynamics of bubbles in breaking waves: Part II. The evolution of the bubble size distribution and breakup/coalescence statistics. WHR Chan, MS Dodd, PL Johnson, J Urzay, P Moin Center for Turbulence Research Annual Research Briefs 32, 21--34, 2018	17	2018
High fidelity simulations of micro-bubble shedding from retracting thin gas films in the context of liquid-liquid impact S Mirjalili, WHR Chan, A Mani 32nd Symposium on Naval Hydrodynamics (arXiv preprint arXiv:1811.12352), 2018	17	2018
Nonlinear electrophoresis in the presence of dielectric decrement B Figliuzzi, WHR Chan, CR Buie, JL Moran Physical Review E 94 (2), 023115, 2016	15	2016
Subgrid-scale modeling for microbubble generation amid colliding water surfaces WHR Chan, J Urzay, P Moin 32nd Symposium on Naval Hydrodynamics (arXiv preprint arXiv:1811.11898), 2018	14	2018
Energy cascade in a homogeneous swarm of bubbles rising in a vertical channel CCK Lai, B Fraga, WHR Chan, MS Dodd Center for Turbulence Research Proceedings of the Summer Program 17, 55--64, 2018	13	2018
Adaptive Duty Cycling in Sensor Networks via Continuous Time Markov Chain Modelling R Chan, P Zhang, W Zhang, I Nevat, A Valera, HX Tan, N Gautam 2015 IEEE International Conference on Communications, 2015	9	2015
Scale-dependent Rayleigh–Taylor dynamics with variable acceleration in a finite-sized domain for three-dimensional flows H Hwang, WHR Chan, SS Jain, SI Abarzhi Physics of Fluids 33 (9), 2021	8	2021
A mass-conserving pressure-based method for two-phase flows with phase change N Scapin, A Shahmardi, W Chan, S Jain, S Mirjalili, M Pelanti, L Brandt Center for Turbulence Research Proceedings of the Summer Program, 195-204, 2022	7	2022
Formation and dynamics of bubbles in breaking waves: Part I. Algorithms for the identification of bubbles and breakup/coalescence events. WHR Chan, MS Dodd, PL Johnson, J Urzay, P Moin Center for Turbulence Research Annual Research Briefs 32, 3--20, 2018	7*	2018
Grid-point requirements for direct kinetic simulation of weakly collisional plasma plume expansion WHR Chan, ID Boyd Journal of Computational Physics 475, 111861, 2023	6	2023
Linear stability of a thin fluid film interacting with its surrounding bulk fluid S Mirjalili, WHR Chan Physics of Fluids 33 (7), 2021	6	2021

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