Multiphase Flows

Targeted Particle Delivery via Vortex Ring Reconnection
A conceptual model for targeted particle delivery using controlled vortex ring reconnection in a duct.
Targeted Particle Delivery via Vortex Ring Reconnection
Induction Heating of Dispersed Metallic Particles in a Turbulent Flow
Direct Numerical Simulation of inductively heated metallic particles dispersed in a decaying isotropic turbulent carrier gas.
Induction Heating of Dispersed Metallic Particles in a Turbulent Flow
Macro-Scale Effects on Sub-Grid Closures in Gas-Solid Riser Flows
Macro-scale flow topology effects on sub-grid closure models in filtered two-fluid simulations of gas-solid riser flows.
Macro-Scale Effects on Sub-Grid Closures in Gas-Solid Riser Flows
Targeted particle delivery via vortex ring reconnection
A conceptual model for targeted particle delivery using controlled vortex ring reconnection.
Joseph Mouallem, Hamid Daryan, Joshua Wawryk, Zhao Pan, Jean-Pierre Hickey
Source Document DOI
Induction heating of dispersed metallic particles in a turbulent flow
Direct Numerical Simulation of inductively-heated solid particles dispersed in a decaying isotropic turbulent carrier gas.
Joseph Mouallem, Jean-Pierre Hickey
Source Document DOI
Macro-scale effects over filtered and residual stresses in gas-solid riser flows
Filtered and residual stresses of both phases depend strongly on the macro-scale state of the flow, so sub-grid stress closures cannot be built from meso-scale data alone.
Joseph Mouallem, Seyed R. A. Niaki, Norman Chavez-Cussy, Christian C. Milioli, Fernando E. Milioli
Source Document DOI
On the effects of the flow macro-scale over meso-scale filtered parameters in gas-solid riser flows
Macro-scale flow topology parameters are shown to matter for sub-grid closure of filtered two-fluid models of gas-solid riser flows.
Joseph Mouallem, Norman Chavez-Cussy, Seyed R. A. Niaki, Christian C. Milioli, Fernando E. Milioli
Source Document DOI