1137 - 1142 |
Special issue: Comminution - Foreword Goeldner D |
1143 - 1153 |
Developments in the understanding of South African style SAG mills Powell MS, Morrell S, Latchireddi S |
1155 - 1160 |
Loesche vertical roller mills for the comminution of ores and minerals Schaefer HU |
1161 - 1175 |
Engineering estimations of opposed jet milling efficiency Eskin D, Voropayev S |
1177 - 1186 |
Media stress intensity analysis for vertical stirred mills Jankovic A |
1187 - 1197 |
Conduct and precision of bond grindability testing Mosher JB, Tague CB |
1199 - 1211 |
An index of the tensile strength of brittle particles Hu GM, Otaki H, Lin M |
1213 - 1223 |
Correlation of grinding rate of gibbsite with impact energy in tumbling mill with mono-size balls Kano J, Mio H, Saito F, Miyazaki M |
1225 - 1236 |
A perfect mixing matrix model for ball mills Weedon DM |
1237 - 1246 |
Model-based procedure for scale-up of wet, overflow ball mills - Part I: Outline of the methodology Man YT |
1247 - 1257 |
Model-based procedure for scale-up of wet, overflow ball mills - Part II: Worked example Man YT |
1267 - 1276 |
Exploration of mill power modelled as function of load behaviour Van Nierop MA, Moys MH |
1277 - 1294 |
Neurocontrol of a ball mill grinding circuit using evolutionary reinforcement learning Conradie AVE, Aldrich C |
1295 - 1319 |
Recent advances in DEM modelling of tumbling mills Cleary PW |
1321 - 1328 |
Industrial tumbling mill power prediction using the discrete element method Abd El-Rahman MK, Mishra BK, Rajamani RK |
1329 - 1340 |
3D particle tracking in a mill: A rigorous technique for verifying DEM predictions Govender I, Powell MS, Nurick GN |
1341 - 1346 |
Step size control for efficient discrete element simulation Zhang D, Whiten WJ |