This paper provides an overview of simulation technology and its effective application to underground haulage system improvement, enumerates and categorizes typical application areas amenable to simulation analysis,and provides case studies as examples. Simulation modeling and analysis, long the specialized province of mathematicians and computer science specialists, has entered the mainstream of methods available to help organizations (whether business, governmental, educational, or mining) increase their efficiency and effectiveness.
The proved abilities of simulation to attack a wide range of problems and investigations rest on its abilities to accommodate stochastic variation, analyze discrete or continuous variables, or both, and provide visualization via animation. Within this paper simulation study is presented as an efficient tool for analysis times and costs of underground haulage systems (railway and vehicles) that are used in processes that are characterized by a dynamic character.
Simulation study presents an efficient tool for analysis times and costs of transportation assets and flows of materials used in processes that are characterized by dynamic character. This methodology compared with other classical methods of determining costs and times of transportation and ore flow are far more comprehensive and accurate in obtaining the final results, but unlike the others require a longer time period in setting out the model.
This paper provides an overview of simulation technology and its effective application to underground haulage system improvement, enumerates and categorizes typical application areas amenable to simulation analysis,and provides case studies as examples. Simulation modeling and analysis, long the specialized province of mathematicians and computer science specialists, has entered the mainstream of methods available to help organizations (whether business, governmental, educational, or mining) increase their efficiency and effectiveness.
The proved abilities of simulation to attack a wide range of problems and investigations rest on its abilities to accommodate stochastic variation, analyze discrete or continuous variables, or both, and provide visualization via animation. Within this paper simulation study is presented as an efficient tool for analysis times and costs of underground haulage systems (railway and vehicles) that are used in processes that are characterized by a dynamic character.
Simulation study presents an efficient tool for analysis times and costs of transportation assets and flows of materials used in processes that are characterized by dynamic character. This methodology compared with other classical methods of determining costs and times of transportation and ore flow are far more comprehensive and accurate in obtaining the final results, but unlike the others require a longer time period in setting out the model.
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