Machine learning for particle size prediction in iron ore grinding process
D. H. Cordeiro Silva, V. K. Alves (Universidade Federal de Ouro Preto, Brazil) and E. S. Souza (Instituto Tecnológico Vale, Brazil)

Selective comminution for upgrading nickel and cobalt in nickel laterite ores
G. Acquah, G.B. Abaka-Wood, J. Addai-Mensah and R. Asamoah (University of South Australia, Australia)

Post dry grinding storage protocol: Impact on downstream flotation and leaching processes
T. Amos-Judge, G. Abakah-Wood, W. Skinner, R. Asamoah (University of South Australia, Australia) and C. Greet (Magotteaux, Australia)

Early-stage detection of hydrocyclone roping by multi-phase flow sensing
L. Yang (University of Adelaide, Australia), D. Tang, L. Chen (University of Adelaide and Institute for Sustainability, Energy and Resources, Australia), C. Aldrich (Curtin University, Australia), M. Zanin and R.K. Asamoah (University of South Australia, Australia)

Measurement of particle strength and fracture energy using the Geopyörä breakage test
W. Dias (Geopyörä, Finland and COPPE/UFRJ, Brazil), L.M. Tavares (COPPE/URRJ, Brazil), M. Bueno (Geopyörä, Finland) and M. Powell (Geopyörä, Finland and University of Queensland, Australia)

Breakage Behaviour of Multicomponent Confined Particle Beds
T. M. Campos and L. M. Tavares (Universidade Federal do Rio de Janeiro, Brazil)

A case study of deploying accelerated product development and digital transformation
P. Shelley (Molycop, Australia)

High-intensity grinding mill media wear detection via real-time vibration monitoring: A case study on a Metso HIGmill^TM pilot plant
D. Tang (Institute for Sustainability, Energy and Resources, Australia), T. Korolis (Magotteaux, Australia), L. Chen (Institute for Sustainability, Energy and Resources & ARC Training Centre for Integrated Operations for Complex Resources, Australia), C. Greet (Magotteaux, Australia) and R. Asamoah (University of South Australia, Australia)

Linking mill shell vibration to particle size reduction gradient along a high-intensity grinding mill chamber
D. Tang (Institute for Sustainability, Energy and Resources, Australia), T. Korolis (Magotteaux, Australia), Z. Li (ARC Training Centre for Integrated Operations for Complex Resources, Australia), L. Chen (Institute for Sustainability, Energy and Resources & ARC Training Centre for Integrated Operations for Complex Resources, Australia), C. Greet (Magotteaux, Australia) and R. Asamoah (University of South Australia, Australia)

Evaluating jaw crusher performance: a geometallurgical approach to material properties and crushing efficiency
O. Altun, D. Altun, N.A. Toprak (Hacettepe University, Turkey), Z. Dağtarla and E. Savaş (MEKA Crushing, Screening & Concrete Plant Technologies, Turkey)

Effect of comminution mechanism on flotation of coarse composites
D. Nyarko, T. Amos-Judge, G. Abaka-Wood, W. Skinner, R. Asamoah (University of South Australia, Australia), M. Zanin (University of South Australia and MZ Minerals, Australia) and M. Drechsler (University of South Australia and Gyratory Roller Solutions, Australia)

Optimizing HPGR sizing: impact of hydraulic accuracy on packed bed test consistency
G. Sollon and D. Alkac (Metso, USA)

Enhancing diamond breakage classification using the morphology of natural stones
B. Moyo, M. Brits, S. Burness, M. Becker, S. Bremner, G.H. Howarth and A. Mainza (University of Cape Town, South Africa)

Improving throughput and grind efficiency: circuit optimization and predictive modelling for enhanced SAG mill performance
L. Bbosa and N. Lameck (Mintek, South Africa)

Superior classification performance with MHC hydrocyclone curved bottom
I. Arce, B. Klein, E. Lessing (Metso, USA), T. Chenje (Anglo American, Australia), J. Cilliers and A. Pukkella (Imperial College, UK)

The role of storage in comminution circuits
A. Lebedev (Lebedev Consulting, South Africa and Simulation Dynamics LLC, USA)

Comparison between different methods, calculations and corrections of work index for ball mill (BWI) for ores with high concentration of fines
V.K. Alves and F.B. Puperi (Universidade Federal de Ouro Preto, Brazil)

The influence of classification on Vertical Roller Mill milling performance and flotation response for a complex ore
W. Little, A. Mainza, M. Becker (University of Cape Town, South Africa) and C. Gerold (Loesche GmbH, Germany)

KMP: Optimisation of the concave liners for primary crusher on the sulphide circuit for treating of the highly carbonaceous phyllite ores
E. Muleba, E. Chewe, W. Munalula (Kansanshi Mining plc, Zambia) and D. Ford (HEparts, Zambia)

A hybrid AI approach for optimizing SAG/AG Mill performance with sparse identification of nonlinear dynamics and adaptation
K. Kiselev (Conundrum AI, UK)

Optimization of Semi-Autogenous Grinding (SAG) mills for oxide and transition ore using comminution testing and discrete element simulation
D.G. Wonyen, R. Tlhole (ArcelorMittal, Liberia), P. Pinto (ArcelorMittal Mining, UK) and M.R. Cruz (ArcelorMittal Global R&D, France)

Evaluation of HPGR application for size reduction in iron ore processing
H.D.G. Turrer (ArcelorMittal Research, France), U.B. Kodukula (ArcelorMittal, USA) and R.N.M. de Oliveira (Weir Minerals, The Netherlands)

Cone crusher surrogate modeling and parameter sensitivity analysis using DEM with a cohesive zone fracture model
J. Quist, V. Tojaga, P. Malmsköld, F. Edelvik (Fraunhofer-Chalmers Centre, Sweden) and M. Evertsson (Chalmers University of Technology, Sweden)

A simplified DEM Approach to predict the grinding process in a stirred mill
T. Manzini, M. Bwalya (University of Witwatersrand, South Africa) and N. Chimwani (University of South Africa, South Africa)

SAG mill shell vibration under different liner wear conditions
Z. Li, L. Chen, M. Zanin, F. Neumann (University of Adelaide, Australia), C. Aldrich (Curtin University, Australia) and R. Asamoah (University of South Australia, Australia)

DEM simulation of roller mill feeding and performance
M. Evertsson (Chalmers University of Technology, Sweden), P. Malmsköld, J. Quist (Fraunhofer-Chalmers Centre, Sweden) and M. Powell (Liner Design Services Pty Ltd, Australia)

Optimising grinding energy efficiency using mixed steel-ceramic balls charge
D.B. Mazzinghy (Universidade Federal de Minas Gerais, Brazil and Imperial College, UK), D. Mesa, P.R. Brito-Parada and S.J. Neethling (Imperial College, UK)