3776 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
Austin, L., and Klimpel, R. 1985. Ball wear and ball size
distributions in tumbling ball mills. Powder Technology
41: 279–286.
Bbosa, L., Govender, I., and Mainza, A. 2016. Development
of a novel methodology to determine mill power draw.
International Journal of Mineral Processing 149: 94–103.
Carvalho, R. 2013. Mechanistic modelling of semi-autoge-
nous grinding. PhD thesis. Universidade Federal do Rio
de Janeiro, UFRJ/COPPE, Brazil.
Carvalho, R., and Tavares, L. 2013. Predicting the effect of
operating and design variables on breakage rates using
the mechanistic ball mill model. Minerals Engineering
43–44: 91–101.
Cho, H., Kwon, J., Kim, K., and Mun, M. 2013. Optimum
choice of the make-up ball sizes for maximum through-
put in tumbling ball mills. Powder technology 246:
625–634.
Concha, F., Magne, L., and Austin, L. 1992. Optimization
of the make-up ball charge in a grinding mill.
International journal of mineral processing 34(3):
231–241.
Herbst, J., and Fuerstenau, D. 1980. Scale-up procedure
for continuous grinding mill design using popula-
tion balance models. International Journal of Mineral
Processing 7(1): 1–31.
Katubilwa, F., and Moys, M. 2009. Effect of ball size dis-
tribution on milling rate. Minerals Engineering 22 (15):
1283–1288.
Sarracino, R., McBride, A., and Powell, M. 2004. Using
particle flow code to investigate energy dissipa-
tion in a rotary grinding mill, Numerical Modeling
in Micromechanics via Particle Methods–2004, in
Proceedings of the 2nd International PFC Symposium,
p. 111–118.
Teke, E., Yekeler, M., Ulusoy, U., and Canbazoglu, M.
2002. Kinetics of dry grinding of industrial miner-
als: calcite and barite. International Journal of Mineral
Processing 67(1–4): 29–42.
Vermeulen, L., Howat, D., and Gough, C. 1983. Theories
of ball wear and the results of a marked-ball test in ball
milling. The Journal of the Southern African Institute of
Mining and Metallurgy 83(8): 189–197.
Weerasekara, N., Liu, L., and Powell, M. 2016. Estimating
energy in grinding using DEM modelling. Minerals
Engineering 85: 23–33.
Yahyaei, M., Weerasekara, N., and Powell, M. 2015.
Characterisation of superficial breakage using multi-
size pilot mills. Minerals Engineering 81: 71–78.
Austin, L., and Klimpel, R. 1985. Ball wear and ball size
distributions in tumbling ball mills. Powder Technology
41: 279–286.
Bbosa, L., Govender, I., and Mainza, A. 2016. Development
of a novel methodology to determine mill power draw.
International Journal of Mineral Processing 149: 94–103.
Carvalho, R. 2013. Mechanistic modelling of semi-autoge-
nous grinding. PhD thesis. Universidade Federal do Rio
de Janeiro, UFRJ/COPPE, Brazil.
Carvalho, R., and Tavares, L. 2013. Predicting the effect of
operating and design variables on breakage rates using
the mechanistic ball mill model. Minerals Engineering
43–44: 91–101.
Cho, H., Kwon, J., Kim, K., and Mun, M. 2013. Optimum
choice of the make-up ball sizes for maximum through-
put in tumbling ball mills. Powder technology 246:
625–634.
Concha, F., Magne, L., and Austin, L. 1992. Optimization
of the make-up ball charge in a grinding mill.
International journal of mineral processing 34(3):
231–241.
Herbst, J., and Fuerstenau, D. 1980. Scale-up procedure
for continuous grinding mill design using popula-
tion balance models. International Journal of Mineral
Processing 7(1): 1–31.
Katubilwa, F., and Moys, M. 2009. Effect of ball size dis-
tribution on milling rate. Minerals Engineering 22 (15):
1283–1288.
Sarracino, R., McBride, A., and Powell, M. 2004. Using
particle flow code to investigate energy dissipa-
tion in a rotary grinding mill, Numerical Modeling
in Micromechanics via Particle Methods–2004, in
Proceedings of the 2nd International PFC Symposium,
p. 111–118.
Teke, E., Yekeler, M., Ulusoy, U., and Canbazoglu, M.
2002. Kinetics of dry grinding of industrial miner-
als: calcite and barite. International Journal of Mineral
Processing 67(1–4): 29–42.
Vermeulen, L., Howat, D., and Gough, C. 1983. Theories
of ball wear and the results of a marked-ball test in ball
milling. The Journal of the Southern African Institute of
Mining and Metallurgy 83(8): 189–197.
Weerasekara, N., Liu, L., and Powell, M. 2016. Estimating
energy in grinding using DEM modelling. Minerals
Engineering 85: 23–33.
Yahyaei, M., Weerasekara, N., and Powell, M. 2015.
Characterisation of superficial breakage using multi-
size pilot mills. Minerals Engineering 81: 71–78.