| Ahokainen, T |
| Modelling chalcopyrite combustion together with fluid flow simulation |
| Modelling gas injection of a Peirce-Smith converter |
 |
| Alias, SR |
| Modelling of iron flow, heat transfer, and refractory wear in the hearth of an iron blast furnace |
|
| Anne, RD |
| Coupled natural convection and atmospheric wind forced advection in above ground reacting heaps |
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| Bailey, C |
| Physica: A multiphysics computational framework and its application to casting simulations |
|
| Batterham, RJ |
| CFD and the real needs of the minerals and metals processing industry |
|
| Bell, RA |
| Comparison of representations for particle-particle interactions in a gas-solid fluidised bed |
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| Blackburn, HM |
| Flow simulation of a mixing vessel incorporating blade element theory |
| Bubble rise in an inclined channel |
|
| Bojarevics, V |
| The development of a dynamic CFD model of the magnetic semi-levitation of liquid metals |
|
| Bounds, SM |
| Physica: A multiphysics computational framework and its application to casting simulations |
| Three-dimensional free surface modelling in an unstructured mesh environment for metal processing applications |
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| Brown, G |
| Numerical simulation of separated flows in three-dimensional industrial geometries: A case study |
| Particle transport in a bottom-feed separation vessel |
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| Caffery, G |
| Temperature homogenisation in an electric arc furnace steelmaking bath |
| Modelling of iron flow, heat transfer, and refractory wear in the hearth of an iron blast furnace |
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| Choi, BS |
| Turbulent particle dispersion in electrostatic precipitators |
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| Chow, P |
| Three-dimensional free surface modelling in an unstructured mesh environment for metal processing applications |
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| Christo, FC |
| Combustion modelling for entrained flow biomass gasifier |
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| Cleary, P |
| How well do discrete element granular flow models capture the essentials of mixing processes? |
| Modelling confined multi-material heat and mass flows using SPH |
| Convection due to horizontal shaking |
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| Cook, DP |
| Mathematical and physical modelling of systems for metal delivery in the continuous casting of steel and DC casting of aluminum |
|
| Cross, M |
| Physica: A multiphysics computational framework and its application to casting simulations |
| Mathematical modelling tools for the optimisation of direct smelting processes |
| The development of a dynamic CFD model of the magnetic semi-levitation of liquid metals |
| Three-dimensional free surface modelling in an unstructured mesh environment for metal processing applications |
|
| Davidson, MR |
| Turbulence modulation by mass exchange in a model of a flash furnace gas-particle jet |
| Computed oscillations of a confined submerged liquid jet |
| Turbulence in modelling of single phase flow in a spray dryer |
| Dispersion of a solids stream falling into a stationary fluid |
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| Davidson, TE |
| Experience with CFD in the power industry |
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| Davis, MP |
| Mathematical modelling tools for the optimisation of direct smelting processes |
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| Doblin, C |
| Numerical modelling and physical testing of gas flows in a flash smelting burner |
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| Easton, AK |
| Comparison of representations for particle-particle interactions in a gas-solid fluidised bed |
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| Eghlimi, A |
| Numerical simulation of pulverised coal combustion |
| A new RNG-based two-equation model for predicting turbulent gas-particle flows |
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| Evans, GM |
| Computational modelling study of a plane gas jet impinging onto a liquid pool |
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| Evans, JW |
| Computation of the oscillation of free surfaces and the effect of electromagnetic fields |
| Mathematical and physical modelling of systems for metal delivery in the continuous casting of steel and DC casting of aluminum |
| Fluid flow in metals processing: Achievements in CFD and opportunities |
|
| Farrell, K |
| Numerical simulation of pulverised coal combustion |
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| Ferziger, JH |
| Simulations of reacting flows: Contributions to modelling |
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| Fletcher, CAJ |
| Turbulent particle dispersion in electrostatic precipitators |
| A new RNG-based two-equation model for predicting turbulent gas-particle flows |
| Combustion modelling for entrained flow biomass gasifier |
| Computational simulation of fluid and dilute particulate flows on spiral concentrators |
| Computational modelling of coal slurry distributor flows |
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| Fletcher, DF |
| Dispersion of a solids stream falling into a stationary fluid |
|
| Forrester, SE |
| Computational modelling study of a plane gas jet impinging onto a liquid pool |
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| Gardin, PW |
| Heat transfer by impinging jets on a moving strip |
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| Gebert, BM |
| Computed oscillations of a confined submerged liquid jet |
|
| Guthrie, RIL |
| Mathematical and physical modelling of steel flow and solidification in twin roll/horizontal belt thin strip casting machines |
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| Ha, J |
| Simulation of reactive flows in burners |
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| Harada, H |
| MHD analysis in hydrodynamic casting process of clad steel slabs |
|
| Hardie, GJ |
| CFD and the real needs of the minerals and metals processing industry |
|
| Haynes, BS |
| Combustion modelling for entrained flow biomass gasifier |
|
| Hooper, JD |
| Pressure probe measurements of turbulent flow in a spray drier with a rotary atomiser |
|
| Hosokawa, T |
| A study on flow patterns and fluid mixing for water purification in a pond |
|
| Hourigan, K |
| Non-Newtonian flow in a cavity mixer |
| Coating flow simulations using smooth particle hydrodynamics |
| Numerical simulations of chaotic mixing |
|
| Hovenden, RH |
| Turbulence in modelling of single phase flow in a spray dryer |
|
| Iwamasa, PK |
| Modelling of iron flow, heat transfer, and refractory wear in the hearth of an iron blast furnace |
|
| Jang, JY |
| Numerical and experimental analysis of heat transfer and fluid flow in 3-D circular finned-tube heat exchangers |
|
| Jarvi, J |
| Modelling chalcopyrite combustion together with fluid flow simulation |
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| Johnston, RM |
| Residue thickener modelling at Worsley Alumina |
|
| Jokilaakso, A |
| Modelling chalcopyrite combustion together with fluid flow simulation |
| Modelling gas injection of a Peirce-Smith converter |
|
| Jones, WK |
| Mathematical and physical modelling of systems for metal delivery in the continuous casting of steel and DC casting of aluminum |
|
| Jorgensen, FRA |
| Numerical modelling of combustion in a zinc flash smelter |
|
| Joseph, SD |
| Combustion modelling for entrained flow biomass gasifier |
|
| Kageyama, R |
| Computation of the oscillation of free surfaces and the effect of electromagnetic fields |
|
| Kahane, RB |
| Residue thickener modelling at Worsley Alumina |
|
| Kawashima, Y |
| A study on flow patterns and fluid mixing for water purification in a pond |
|
| Koh, PTL |
| Numerical modelling of combustion in a zinc flash smelter |
| CFD simulation of a Rushton turbine in a baffled tank |
|
| Kouzoubov, A |
| A new RNG-based two-equation model for predicting turbulent gas-particle flows |
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| Lai, JT |
| Numerical and experimental analysis of heat transfer and fluid flow in 3-D circular finned-tube heat exchangers |
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| Lane, GL |
| CFD simulation of a Rushton turbine in a baffled tank |
|
| Lee, M |
| Temperature homogenisation in an electric arc furnace steelmaking bath |
|
| Li, Y |
| Particle transport in a bottom-feed separation vessel |
|
| Liffman, K |
| How well do discrete element granular flow models capture the essentials of mixing processes? |
| Convection due to horizontal shaking |
|
| Matthews, BW |
| Computational simulation of fluid and dilute particulate flows on spiral concentrators |
|
| Merrell, J |
| Bubble rise in an inclined channel |
|
| Metcalfe, G |
| How well do discrete element granular flow models capture the essentials of mixing processes? |
| Convection due to horizontal shaking |
|
| Meyyappan, M |
| Modelling swirl jet flows |
|
| Molloy, N |
| Temperature homogenisation in an electric arc furnace steelmaking bath |
|
| Mooney, J |
| Time-varying MHD flows with free surfaces |
|
| Moran, G |
| Physica: A multiphysics computational framework and its application to casting simulations |
| Three-dimensional free surface modelling in an unstructured mesh environment for metal processing applications |
|
| Morris, P |
| Non-Newtonian flow in a cavity mixer |
| Coating flow simulations using smooth particle hydrodynamics |
| Numerical simulations of chaotic mixing |
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| Murai, K |
| A study on flow patterns and fluid mixing for water purification in a pond |
|
| Nasar, JA |
| 3-D prediction of two fluid streams mixing at different angles |
| Prediction of Newtonian and non-Newtonian flow through concentric annulus with centerbody rotation |
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| Nguyen, TV |
| Numerical modelling and physical testing of gas flows in a flash smelting burner |
| Numerical modelling of combustion in a zinc flash smelter |
|
| Niclasen, DA |
| Flow simulation of a mixing vessel incorporating blade element theory |
|
| Pantelis, G |
| Coupled natural convection and atmospheric wind forced advection in above ground reacting heaps |
|
| Partridge, AC |
| Computational simulation of fluid and dilute particulate flows on spiral concentrators |
| Computational modelling of coal slurry distributor flows |
|
| Pericleous, K |
| Mathematical modelling tools for the optimisation of direct smelting processes |
| Heat transfer by impinging jets on a moving strip |
| The development of a dynamic CFD model of the magnetic semi-levitation of liquid metals |
| Three-dimensional free surface modelling in an unstructured mesh environment for metal processing applications |
|
| Perry, JH |
| Modelling swirl jet flows |
| Application of CFD to fluidised bed systems |
|
| Pitkala, J |
| Modelling gas injection of a Peirce-Smith converter |
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| Reichi, PJ |
| Coating flow simulations using smooth particle hydrodynamics |
|
| Rudman, MJ |
| Computed oscillations of a confined submerged liquid jet |
| Particle transport in a bottom-feed separation vessel |
| Flow simulation of a mixing vessel incorporating blade element theory |
| Bubble rise in an inclined channel |
|
| Sahajwalla, V |
| Numerical simulation of pulverised coal combustion |
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| Schwarz, MP |
| Comparison of representations for particle-particle interactions in a gas-solid fluidised bed |
| Mathematical modelling tools for the optimisation of direct smelting processes |
| Residue thickener modelling at Worsley Alumina |
| Modelling swirl jet flows |
| Application of CFD to fluidised bed systems |
|
| Siew, PF |
| A penalty finite element model for coupled heat and fluid flows in continuous casting of steel |
|
| Sizgek, GD |
| Pressure probe measurements of turbulent flow in a spray drier with a rotary atomiser |
| Pressure probe measurements of turbulent flow in a spray drier with a rotary atomiser |
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| Smith, KM |
| Dispersion of a solids stream falling into a stationary fluid |
|
| Somogyi, M |
| Experience with CFD in the power industry |
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| Stokes, N |
| Time-varying MHD flows with free surfaces |
| Simulation of two-phase flows in a stirred mixing tank |
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| Stoneman, SAT |
| Coating flow simulations using smooth particle hydrodynamics |
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| Takeuchi, E |
| MHD analysis in hydrodynamic casting process of clad steel slabs |
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| Tan, BE |
| Numerical simulations of chaotic mixing |
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| Tanaka, H |
| MHD analysis in hydrodynamic casting process of clad steel slabs |
|
| Tavares, RP |
| Mathematical and physical modelling of steel flow and solidification in twin roll/horizontal belt thin strip casting machines |
|
| Taylor, GA |
| Physica: A multiphysics computational framework and its application to casting simulations |
|
| Thompson, MC |
| Non-Newtonian flow in a cavity mixer |
| Coating flow simulations using smooth particle hydrodynamics |
| Numerical simulations of chaotic mixing |
|
| Tinios, G |
| The development of a dynamic CFD model of the magnetic semi-levitation of liquid metals |
|
| Vaarno, J |
| Modelling chalcopyrite combustion together with fluid flow simulation |
| Modelling gas injection of a Peirce-Smith converter |
|
| Warnica, WD |
| Temperature homogenisation in an electric arc furnace steelmaking bath |
| Modelling of iron flow, heat transfer, and refractory wear in the hearth of an iron blast furnace |
|
| Witt, PJ |
| Comparison of representations for particle-particle interactions in a gas-solid fluidised bed |
| Application of CFD to fluidised bed systems |
|
| Wiwatanapataphee, BM |
| A penalty finite element model for coupled heat and fluid flows in continuous casting of steel |
|
| Wu, J |
| Flow simulation of a mixing vessel incorporating blade element theory |
|
| Wu, Y-H |
| A penalty finite element model for coupled heat and fluid flows in continuous casting of steel |
|
| Xu, D |
| Mathematical and physical modelling of systems for metal delivery in the continuous casting of steel and DC casting of aluminum |
|
| Yang, D |
| Computational modelling of coal slurry distributor flows |
|
| Yu, AB |
| Numerical modelling of slugging flow in gas fluidised beds |
|
| Zeze, M |
| MHD analysis in hydrodynamic casting process of clad steel slabs |
|
| Zhang, SJ |
| Numerical modelling of slugging flow in gas fluidised beds |
|
| Zhu, Z |
| Simulation of reactive flows in burners |
| Simulation of two-phase flows in a stirred mixing tank |
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