In this Masterclass chapter, Dr Hamid Pourasiabi, Molycop Materials Engineer, hosts the second of two sessions on new product development.
What's included in this Masterclass series
Chapter 1 – Comminution concepts: Part 1Chapter 2 – Comminution concepts: Part 2
Chapter 3 – Effects of operational variables (ore types and particle sizes)
Chapter 4 – Effects of operational variables (discharge mechanisms and power modelling)
Chapter 5 – Effects of operational variables (mill speed, liner design, ball size and charge effect)
Chapter 6 – Comminution case studies: Part 1
Chapter 7 – Comminution case studies: Part 2
Chapter 8 – The Mill Family Model
Chapter 9 – New product development: Part 1
Chapter 10 – New product development: Part 2
Chapter 11 – Flotation electrochemistry
Chapter 12 – Molycop technology: Part 1
Chapter 13 – Molycop technology: Part 2
Presenter
Presenter
Dr Hamid Pourasiabi
Molycop Principal Tribology Engineer / Metallurgy Engineer
Dr Pourasiabi is Molycop’s global tribology leader. He has a PhD in Materials and Metallurgical Engineering from The University of Queensland. His work experience includes 17+ years of professional engineering, research, development and teaching in Materials and Metallurgical Engineering, with specialised expertise in the areas of ferrous/physical metallurgy, foundry and casting, wear, tribology and abrasion science, heat treatment, and evaluation of mechanical, tribological and physical properties of materials.
Principal Tribology Engineer / Metallurgy Engineer
Dr Hamid Pourasiabi
Molycop
Dr Pourasiabi is Molycop’s global tribology leader. He has a PhD in Materials and Metallurgical Engineering from The University of Queensland. His work experience includes 17+ years of professional engineering, research, development and teaching in Materials and Metallurgical Engineering, with specialised expertise in the areas of ferrous/physical metallurgy, foundry and casting, wear, tribology and abrasion science, heat treatment, and evaluation of mechanical, tribological and physical properties of materials.