The applicability of continuous and discrete simulation modelling techniques for bulk conveying systems is discussed. Quality of approximation of a theoretical conveyor is analysed for parabolic and harmonic feed functions in terms of relative errors of the feed rate and cumulative conveyed tonnage, as well as correlation between the actual and simulated output functions. The quantization effect for the discrete conveyor model is analysed. Boundaries of applicability of discrete and continuous simulation modelling approaches for the bulk conveying systems are defined.
Sturgul, J.R.1996. "Simulation Languages Used in Mining." MineSim'96, First International Symposium on Mine Simulation via the Internet, National Technical University of Athens, Greece, December 3-13, 1996. Published by A. A. Balkema Publishers ( Holland), 1997.
2.
Sturgul, J.R. , and Thurgood, S.R.1993. "A Simulation Model for a Materials Handling System for a Surface Mine." Bulk Solids Handling, Germany, November 1993, pp 817-820.
3.
Sturgul, J.R. , and Ren Yi.1989. "Simulating Conveyor Belt Systems." Second World Congress on Non-Metallics , Beijing, China, October 1989.
4.
Sturgul, J.R.1997. "History of Discrete Mine System Simulation." MineSim'96, First International Symposium on Mine Simulation via the Internet, National Technical University of Athens, Greece, December 3-13, 1996. Published by A. A. Balkema Publishers, Holland, 1997.
5.
Sturgul, J.R.1995. "Simulation and Animation Come of Age in Mining." Engineering and Mining Journal, October 1995.
6.
Sturgul, J.R.1996. "Annotated Bibliography of Mine Simulation 1961-1995." MineSim'96, First International Symposium on Mine Simulation via the Internet, National Technical University of Athens, Greece, December 3-13, 1996.
