Follow
Mohammad Fazli
Mohammad Fazli
Research Assistant, Monash University
Verified email at monash.edu
Title
Cited by
Cited by
Year
Computation of flow and heat transfer through channels with periodic dimple/protrusion walls using low-Reynolds number turbulence models
M Fazli, M Raisee
International Journal of Numerical Methods for Heat & Fluid Flow, 2019
142019
Thermal dispersion effects on heat transfer of laminar gas flow in a microtube filled with porous medium
H Shokouhmand, P Bagherzade, M Fazli, A Shomali
International Journal of Thermal Sciences 122, 281-291, 2017
72017
Application of immersed boundary methods to non-Newtonian yield-pseudoplastic flows
M Fazli, M Rudman, S Kuang, A Chryss
Applied Mathematical Modelling 124, 532-552, 2023
22023
Prediction of flow and heat transfer through a microtube filled with bidisperse porous medium under local thermal nonequilibrium condition
M Fazli, A Bahrami, A Ghanavati, MH Rahimian
Heat Transfer 49 (2), 1093-1123, 2020
22020
Predicting bidisperse particle settling from mono-sized settling systems
M Fazli, M Rudman, S Kuang, A Chryss
Powder Technology, 119545, 2024
2024
Fully-resolved CFD-DEM simulation of newtonian suspension flows
M Fazli, M Rudman, S Kuang
Australasian Fluid Mechanics Conference 2022, AFMC2022-142, 2022
2022
Computation of flow and heat transfer over dimpled channels using low-Reynolds number turbulence models
M Fazli, DM RAISEE
Modares Mechanical Engineering 18 (5), 13-23, 2018
2018
The system can't perform the operation now. Try again later.
Articles 1–7