The University of Sydney / The University of Melbourne / American Institute of Physics / /
IndustryTerm
subgrid-scale gas-film model / front tracking algorithm / hyperbolic gas flow / gas-film model / droplet-scale energy balance / gas rarefaction dynamics / radial gas velocity / local gas velocity / gas systems / gas-film radial velocity / thin gas film / subgrid-scale algorithm / macro-scale gas dynamics / gas-film thickness / process engineering applications / gas film / subgridscale gas-film model / gas phase / macro-scale gas flow / gas-film radial velocity vr / crit critical film gas thin film / gas-film axial velocity / /
Organization
Department of Chemical and Biomolecular Engineering / University of Melbourne / Victoria / American Institute of Physics / Department of Mechanical / University of Sydney / Continuum Surface Force / Particulate Fluids Processing Centre / Australian Research Council / Department of Mechanical and Mechatronic Engineering / /
Person
Jiang / James / /
Position
D. J. / model for subgrid-scale coupling / AUSTRALIA *Corresponding author / /
ProvinceOrState
Victoria / /
Technology
aV / front tracking algorithm / VOF algorithm / one-dimensional subgrid-scale algorithm / Fluid dynamics / ATM / front capturing VOF algorithm / heat transfer / simulation / adaptive-mesh VOF algorithm / /
Ninth International Conference on CFD in the Minerals and Process Industries CSIRO, Melbourne, AustraliaDecember 2012 MULTI-SCALE VOLUME OF FLUID MODELLING OF DROPLET COALESCENCE Lachlan R. MASON, Geoffrey W. STEV