The impact of end-wall effect on the charge trajectory in tumbling model mills
Author:
Publisher
Elsevier BV
Subject
Geochemistry and Petrology,Geotechnical Engineering and Engineering Geology
Reference10 articles.
1. Ball motion, axial segregation and power consumption in a full scale two chamber cement mill;Cleary;Miner. Eng.,2009
2. Circulation rate modelling of mill charge using position emission particle tracking;Kallon;Miner. Eng.,2011
3. A soft-sensor approach to flow regime detection for milling processes;McElroy;Powder Technol.,2009
4. Numerical simulation of charge motion in ball mill;Mishra,1990
5. The Prediction of Power Draw in Wet Tumbling Mills;Morrell,1993
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1. A combined physical and DEM modelling approach to investigate particle shape effects on load movement in tumbling mills;Advanced Powder Technology;2021-03
2. Determining an Appropriate range for the Number of Cuboid Lifters in Ball Mills using DEM;J MIN ENVIRON;2021
3. Investigation of Effect of Number of Lifters on Performance of Pilot-Scale SAG Mills Using Discrete Element Method;J MIN ENVIRON;2020
4. An Investigation on Effect of Shell Liner Type on Performance of Industrial SAG Mills Using DEM;J MIN ENVIRON;2020
5. Effect of particle shape on structure of the charge and nature of energy utilisation in a SAG mill;Minerals Engineering;2019-03
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