The 2019 course programme and leaflet will be available approximately 3 months prior to the course date, you can however view the 2018 course details available above.
What will I learn?
This short course will outline the principles and methods for characterising the chemical, physical and mechanical properties of powders at length scales ranging from molecular level to single particles and to bulk levels. Sample preparation and the state-of-the-art techniques for particle characterisation will be detailed.
How will I benefit?
The course is delivered by over 10 presenters with internationally-leading expertise in their own speciality fields. The outcome of the course should enable you to choose what and how to characterise the powder and suspension properties, and to diagnose particular process and product issues of interest.
Day 1: Characterisation of Physical Properties of Particles
Sampling and sample preparation for particle characterisation
•Origins of problems in particle property analysis
•Sampling from particulate systems
Particle size analysis
•Principles of size analysis
•State-of-the-art instruments for particle sizing
Particle shape and structure characterisation
•Shape and shape description
•Surface morphology and structure
•Application to density determination
•Introduction to the principles of suspension rheology
•Particle structuring in suspensions
•Measurement of suspension rheology
Bulk flow of powders
•Cohesive and free-flowing powders
•Segregation and structure
•Application of characteristics to process design
Course Dinner – Leeds
Day 2: Characterisation of Mechanical Properties of Particles
Mechanical properties of powders
•Introduction to mechanical properties of powder
•Characterisation of deformation and breakage of particles
•Characterisation by nano-indentation
•Particle breakage under brittle and semi-brittle failure modes
•Impact and side crushing of single particles
•Bulk compression and crushing
Bulk characterisation of powders
•Shear cells and powder rheometry
•Consolidation and unconfined yield stress
Electrostatics in powder systems
•Fundamentals of tribo-electrification of powders
•Measurements of tribo-electrification of powders
•Industrial applications of electrostatics in powder systems
Practical demonstrations of powder characterisation
Day 3: Characterisation of Chemical Properties of Particles
•State-of-art in the field
Solubility and dissolution of particles
Tabletting and compaction of powders
•Fundamentals of tabletting and compaction of powders
•Industrial use of tabletting and compaction
Determination of Powder Surface Energy and Surface Chemistry
•Applications to powders
Who should attend?
This course is for you if you’re a scientist, engineer or technologist who wants to gain a better understanding of powders characteristics so that you can address powder handling, processing and manufacturing issues from a fundamental base.
What our delegates say
"Ideal for anyone who is looking for a broad overview of the current best approaches to powder characterisation and a deeper dive into powder mechanics fundamentals" Procter & Gamble
"Very good overview of characterisation techniques with some excellent speakers" Nutricia Research
Course Directors: Professor Mojtaba Ghadiri and Dr Mehrdad Pasha
School of Chemical and Process Engineering, University of Leeds
Dr David Berry, The Centre for Process Innovation (CPI)
Dr Tina Bonakdar, University of Leeds
Professor Mojtaba Ghadiri, University of Leeds
Dr David Harbottle, University of Leeds
Dr Colin Hare, University of Surrey
Professor Norman Harnby, University of Bradford
Dr Jerry Heng, Imperial College
Dr Mehrdad Pasha, University of Leeds
Dr Csaba Sinka, University of Leicester
Dr Umair Zafar, University of Leeds
2019 course fees - TBC
2018 Course Fees - £1200 full 3 day course or £400 for any one day
- cost of tuition
- course materials
- light refreshments
- course dinner (Tuesday evening)
Discounted fees apply to postgraduate students. Please get in touch to enquire.
Registration for the course will be in the entrance/foyer area of the School of Mechanical Engineering.
Presentations will take place in the Agilent Lecture Theatre within the School of Electrical and Electronic Engineering.
Further details on the exact location for registration and lecture theatre will be provided in your delegate joining instructions.
Faculty of Engineering
University of Leeds
Please note onsite parking is not available at the University.
You’re responsible for your own accommodation, if required. A list of hotels close to the University will be sent with your course joining instructions.
CPD Conference and Events Unit
Faculty of Engineering
School of Chemical and Process Engineering, 3.11
University of Leeds
T: +44 (0)113 343 2494