Citation:
Makokha, A.B., Moys, M.H. & Bwalya, M.M., 2011. Modeling the RTD of an industrial overflow ball mill as a function of load volume and slurry concentration. Minerals Engineering, 24, p.335–340.
Augustine B. Makokha
Associate Professor of Mechanical Engineering
School of Engineering, Registered Professional Engineer Number: A3099, Corporate Member of IEK: M 4707
Certified Energy Manager by Association of Energy Engineers,
Recent Publications
, 2020. Dynamic Modelling of Low-Temperature Batch In-Bin Drying of Cobed Seed Maize: an Industrial Case Study. Journal of Biosystems Engineering, p.1–12.
2018. Publications list.
, 2015. Characterization of selected mineral ores in the Eastern Zone of Kenya: Case study of Mwingi North Constituency in Kitui County. International Journal of Mining Engineering and Mineral Processing, 4, p.8–17.
, 2014. Effect of slurry solids concentration and ball loading on mill residence time distribution. International Journal of Mining Engineering and Mineral Processing, 3, p.21–27.
, 2012. Multivariate approach to on-line prediction of in-mill slurry density and ball load volume based on direct ball and slurry sensor data. Minerals Engineering, 26, p.13–23.
, 2012. Optimization of in-mill ball loading and slurry solids concentration in grinding of UG-2 ores: A statistical experimental design approach. Minerals Engineering, 39, p.149–155.
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