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Solid modeling simulations used as an alternative method to study safety issues in mine elevator/hoist systems.
Proceedings of MINESIM'96 - First International Symposium on Mine Simulation Via the Internet, December 2-13, 1996. Rotterdam, Netherlands: A. A. Balkema, 1996 Dec; :CD-ROM
The National Institute for Occupational Safety and Health (NIOSH), Pittsburgh Research Center (PRC) recently developed a solid model simulator of an elevator that is used in typical underground mining operations. The purpose of this simulator is to allow investigators to visually observe the elevator model and enable them to predict the behavior of current or proposed lifting systems for coal or metal/nonmetal mining systems. The simulator provides this information easily, quickly, and cost effectively. This paper discusses the model and simulation developments and presents observations and conclusions from the simulations. The experimentation and validation results of the elevator and brake modeling developments provides qualified evidence for accepting the solid model simulator as a dynamic analysis tool and a technique for studying representative elevator/hoist systems. This method enables investigators to understand the problem sequence and better address the safety concerns. Animating the results to visualize the total system behavior can also be used to enhance training program sand accident investigations.
Underground-mining; Mining-industry; Coal-mining; Safety-research; Safety-measures; Accident-prevention; Models; Hoisting-equipment
Proceedings of MINESIM'96 - First International Symposium on Mine Simulation Via the Internet, December 2-13, 1996
Page last reviewed: September 2, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division