Michael Dodd

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Antonino FerranteUniversity of Washington, SeattleVerified email at aa.washington.edu
Suhas S. JainAssistant Professor at Georgia Tech | Center for Turbulence Research, Stanford UniversityVerified email at gatech.edu
Wai Hong Ronald ChanInstitute of High Performance Computing (IHPC), Agency for Science, Technology & Research (A*STAR)Verified email at ihpc.a-star.edu.sg
Lluís Jofre CruanyesUniversitat Politècnica de Catalunya · BarcelonaTech (UPC)Verified email at upc.edu
Marco Edoardo RostiAssistant Professor, OISTVerified email at oist.jp
Luca BrandtProfessor in Hydraulics at DIATI, Politecnico di Torino, ItalyVerified email at polito.it
Shahab MirjaliliStanford University, Incoming Assistant Professor at KTHVerified email at stanford.edu
Parviz MoinStanford UniversityVerified email at stanford.edu
Perry JohnsonUniversity of California, IrvineVerified email at uci.edu
Chris Chung Kei LaiSchool of Civil and Environmental Engineering, Georgia Institute of TechnologyVerified email at ce.gatech.edu
Bruño FragaAssistant Professor, University of BirminghamVerified email at bham.ac.uk
Zhouyang GeUniversity of British Columbia; KTHVerified email at mail.ubc.ca
Immanuvel PaulAssistant Professor, Khalifa UniversityVerified email at ku.ac.ae
Javier UrzayUS Space Force at Rocket Propulsion Division, Air Force Research Laboratory (AFRL), Edwards AFBVerified email at spaceforce.mil
Matthias IhmeStanford UniversityVerified email at stanford.edu
Danyal MohaddesFM Global ResearchVerified email at fmglobal.com
Ivan Bermejo MorenoUniversity of Southern CaliforniaVerified email at usc.edu

Michael Dodd

Microsoft

Verified email at microsoft.com - Homepage

computational fluid dynamics high performance computing fluid mechanics turbulence multiphase flows


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Interface-capturing methods for two-phase flows: An overview and recent developments S Mirjalili, SS Jain, MS Dodd Center for Turbulence Research Annual Research Briefs, 117-135, 2017	278	2017
A fast pressure-correction method for incompressible two-fluid flows MS Dodd, A Ferrante Journal of Computational Physics 273, 416-434, 2014	186	2014
On the interaction of Taylor length scale size droplets and isotropic turbulence MS Dodd, A Ferrante Journal of Fluid Mechanics 806, 356-412, 2016	123	2016
A mass-conserving volume-of-fluid method: volume tracking and droplet surface-tension in incompressible isotropic turbulence A Baraldi, MS Dodd, A Ferrante Computers & Fluids 96, 322-337, 2014	81	2014
Droplets in homogeneous shear turbulence ME Rosti, Z Ge, SS Jain, MS Dodd, L Brandt Journal of Fluid Mechanics 876, 962-984, 2019	76	2019
Analysis of droplet evaporation in isotropic turbulence through droplet-resolved DNS MS Dodd, D Mohaddes, A Ferrante, M Ihme International Journal of Heat and Mass Transfer 172, 121157, 2021	46	2021
Small-scale flow topologies in decaying isotropic turbulence laden with finite-size droplets MS Dodd, L Jofre Physical Review Fluids 4 (6), 064303, 2019	38	2019
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
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 Annu. Res. Briefs 2018, 21-34, 2018	17	2018
Near-interface flow modeling in large-eddy simulation of two-phase turbulence L Jofre, MS Dodd, J Grau, R Torres International Journal of Multiphase Flow 132, 103406, 2020	16	2020
Energy cascade in a homogeneous swarm of bubbles rising in a vertical channel CCK Lai, B Fraga, WRH Chan, MS Dodd Proceedings of the Summmer Program, 2018	13	2018
The role of breakup and coalescence in fine-scale bubble-induced turbulence. I. Dynamics I Paul, B Fraga, MS Dodd, CCK Lai Physics of Fluids 34 (8), 083321, 2022	11	2022
Direct numerical simulation of droplet-laden isotropic turbulence M Dodd	8	2017
Formation and dynamics of bubbles generated 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, Stanford University, 3-20, 2018	7	2018
The role of breakup and coalescence in fine-scale bubble-induced turbulence. II. Kinematics I Paul, B Fraga, MS Dodd, CCK Lai Physics of Fluids 34 (8), 083322, 2022	4	2022
Tensor-based analysis of the flow topology in droplet-laden homogeneous isotropic turbulence MS Dodd, L Jofre Annual Research Briefs, 35-45, 2018	3	2018
Fine-scale invariants in turbulence generated by rising bubbles I Paul, MS Dodd Annual Research Briefs, 65-77, 2018	3	2018
Tracking and analysis of interfaces and flow structures in multiphase flows A Bußmann, J Buchmeier, MS Dodd, S Adami, I Bermejo-Moreno Computers & Fluids 248, 105665, 2022	2	2022
Emulsions in homogeneous shear turbulence ME Rosti, Z Ge, SS Jain, MS Dodd, L Brandt Proceedings of the Summer Program, 65-74, 2018	2	2018
Droplets and bubbles in homogeneous shear turbulence ME Rosti, Z Ge, S Jain, M Dodd, L Brandt Bulletin of the American Physical Society 63, 2018	1	2018

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