Industrial and Engineering Applications in Granular Systems


Description:
Predicting the behaviour of granular solids in industrial situations poses a strong challenge because of the many complex and interacting factors that influence how a granular system will perform. Continuing progress is needed to advance knowledge and help engineers design and optimise new processes, leading to more efficient and reliably performing plants. Papers concerning experimental, computational or analytical studies providing new scientific findings in support of innovative engineering applications in granular systems are very welcome.

Sponsor:
Handling & Processing of Granular Systems
Co-Sponsor(s):
Applications of Solids Processing Unit Operations (T12)


Chair:
Lyn Bates
Managing Director
Ajax Equipment
Milton Works, Mule Street
Bolton
BL2 2AR
Fax Number: (0)1204 363706
Email: lynflow@btinternet.com

Co-Chair:
Jin Ooi
Reader
University of Edinburgh
School of Engineering
The School of Engineering and Electronics, The University of Edinburgh, The King's Buildings, Mayfield Road, Edinburgh
Edinburgh
EH9 3JL
Email: J.Ooi@ed.ac.uk


Papers:
Engineering of Assemblies of Inorganic Particles
Yefeng Li, University of Leeds; Andrew E. Bayly, University of Leeds; David Harbottle, University of Leeds; Stephen Sutcliffe, Venator UK; John Edwards, Venator UK
A Study of Effect of Horizontal Vibrations on Granular Flow in Conical Hopper Using Discrete Element Method (DEM) Approach 
Chetan Patel, SVNIT-SURAT; Raj Kumar, SVNIT, SURAT; Arun Kumar Jana, SVNIT, SURAT; Srikanth R. Gopireddy, Daiichi-Sankyo Europe GmbH
Granulation of Soft Porous Crystal Particles
Shuji Ohsaki, Osaka Prefecture University; Yuka Nakahara, Osaka Prefecture University; Hideya Nakamura, Osaka Prefecture University; Satoru Watano, Osaka Prefecture University
Abstract Submissions Closed
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