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High Temperature Processing

High Temperature Processing (HTP) at Swinburne

   
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High temperature processes are an essential element of advanced industrial societies. High temperature processes dominate energy, metal and materials production. Controlling and optimizing these processes requires sophisticated understanding of  thermodynamics, chemical kinetics, transport phenomena, fluid dynamics and advanced control systems. As many of these technologies are mature, the emphasis is now on advanced process control using mathematical models to inform operators or directly control the various process steps. High temperature processes are also an essential element in developing a sustainable materials industry through development and optimization of recycling processes and the containment and processing of waste generated from these processes. The High Temperature Processing (HTP) group at Swinburne is active in these areas through fundamental research, collaborative industrial research, consultancy and short courses.

 

 

 

  Members of the High Temperature Processing Group

 
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Staff


Professor Geoffrey Brooks (Co-ordinator)
Assoc. Professor Ali Bab-Hadiashar
Ms Julia Lamborn
Professor Yos Morsi
Dr Jamal Naser
Dr Akbar Rhamdhani

 

   
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Research Students


Ms Neslihan Dogan (PhD Student) - Modelling of Oxygen Steelmaking
Mr Pa Hmun (PhD Student) - Modelling of Marangoni Effect in Steelmaking Reactions
Mr Nazmul Huda (PhD Student) – Modelling of Top Submerged Lance Process
Mrs Winny Wulandari (PhD Student) - Modelling of Thermal Magnesium Processes
Dr Bernard Xu (PhD Student) - Analysis of Bubble Flow in Al Cells using Multivariate Statistical Techniques
Morshed Alam (PhD Student) - CFD Modelling of injection into EAF steelmaking
Behrooz Fateh (PhD Student) - Kinetics of Liquid Aluminium Oxidation

 

   
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Key Expertise


Computational thermodynamics, process kinetics and modeling, computational fluid dynamics, sensor development, advanced control systems, high temperature experimentation, wastes handling and physical modeling.

 

 

Contact: Professor Geoffrey Brooks  Ph. 61 (0)3 92145672 email: gbrooks@swin.edu.au

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