Advanced Design and Simulation Modelling Techniques for Optimizing Transfer Chute Performance
September 18th, 2025
⏱️APAC/EMEA Session:10:00am (Paris), 1:30pm (New Delhi), 5:00pm (Seoul)
AMER Session:9:00am (San Francisco), 10:00am (Mexico City), 12:00pm (New York) 1:00pm (Sao Paolo)
⌛Session:Approx. 2 Hours Plus Live Q&A!
Designing and operating transfer chutes and conveyors can be challenging, especially with complex structures and difficult materials like dusty and sticky bulk solids. Mining and engineering companies are under pressure to reduce costs by optimizing assets for longer life and higher availability. As bulk solids handling characteristics decline, equipment modifications often become necessary to maintain efficiency and productivity.
This webinar provides an overview of transfer chute design with an introduction to characterization of bulk solids, DEM material model calibration, chute design fundamentals, advanced simulation modelling and analysis. The webinar also explores how engineers can leverage the integration of particle simulation with other CAE tools to optimize transfer chutes, reduce costs, and improve operational efficiency.
Why Attend?
Learn to apply the results of material flow property tests to improve operations and design efficiency.
Deepen understanding of key concepts in transfer chute design to enhance professional skills.
Learn effective methods for diagnosing problems, optimising designs and implementing best practice designs
Increase knowledge of real-world material behaviors and phenomena observed during operations.
Develop strong analytical skills, including both fundamental principles and advanced numerical techniques.
Keep updated on the latest simulation modelling tools and industry developments and innovations in bulk solids handling and chute design.
Speaker:
Andrew is a seasoned Application Engineer for Altair EDEM and the Chief Operating Officer at Bulk Materials Engineering Australia (BMEA), a distinguished consultancy affiliated with the University of Wollongong. With a rich background in research and commercial ventures, Andrew has left an indelible mark on diverse industries. His expertise encompasses simulation modelling, troubleshooting, audits, and the design of bulk handling plants. Andrew's exceptional portfolio includes projects ranging from intricate problem-solving in bulk materials handling to pioneering advancements in technologies like dust suppression and DEM calibration. His role extends beyond projects as he guides teams in material characterization and integrates Altair EDEM solutions, enriching engineering capabilities for enhanced equipment performance.
