THE EFFECT OF DRUM SPEED ON TIME AND GRAIN SIZE RESULTS FROM THE MILLING PROCESS
DOI:
https://doi.org/10.53625/ijss.v2i4.4163Keywords:
Grinding Time Effectiveness Grain SizeAbstract
Grinding/crushing is a process of reducing the size in a crushing plant to get the desired size. The coal ball mill technique is where the ball collides with the feed on the tube wall, thus cracks will form in the feed which will result in a smaller size. Limitation of the problem in this study is the effect of speed on time and grain size resulting from the milling process, the mass of the sample used is 500 grams with grain sizes that do not pass a 10 mesh sieve, there are three types of pulley variations, namely, pulleys of 2 inch, 4 inch. , and 20 inches with a ball as a control using 10 uniform balls with a diameter of 4.58 cm
References
Dias Lucky M et al. 2021.”Analysis of Needs for Electric Motors in Rotary Dryer Type Grain Drying Machines”.
Laksono Budi D, Rahmanuri H. 2018, Design and Build Alignment Setting Learning Media. Marzuki M Akbar Putra. 2018 Analysis of the Effect of Number of Balls on the Effectiveness of the Ball Mill Tool. Palembang Akamigas Polytechnic: “Unpublished Final Project”.
Neo Barker. 2012. Definition of Engine Rotation.
Ramadhan, M. 2019. The Influence of Aluminum Material Grinding Time on the Grains Produced Using a Ball Mill. Faculty of Engineering. Majoring in mechanical engineering. Muhammadiyah University of North Sumatra. Medan. Subba, Rao. 2011, Mineral Beneficiation A Concise Basic Course
Suryadi, Niky. 2016. Coal Piloting. Thesis. Faculty of Engineering, Mining Engineering Study Program. Islamic University. Bandung. Wills, B., A., 1988, Mineral Processing Technology. Oxford: Pergamon Press.
Wills, B., A., 1988, Mineral Processing Technology. Oxford: Pergamon Press. Sukman, Silvia. 1994. Fundamentals of Road Geometry Planning. Bandung: NOVA.
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