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Verification and validation of roof bolter simulation models for studying events between a machine and its operator.

Bartels JR; Ambrose DH; Wang RC
Society of Automotive Engineers, Inc., technical paper 2001-01-2088, 2001 Jan; :1-14
This paper presents the results of a study to verify and validate a computer model that represents and analyzes motions and hazardous events in a simulated threedimensional workplace. The purpose of the computer model is to support research that is investigating the safe speed range for the vertical movement of roof bolter boom arms to reduce worker injuries in underground coal mines. The information obtained for this paper is based upon a project that is investigating means to reduce workers risks of injury from exposure to mining machinery. The methodology being employed by the project includes human factors design considerations, anthropometric modeling and simulation tools, laboratory validation, engineering interventions, and collaboration with industry and an equipment manufacturer. The results of this study were used to (1) determine the input parameters that are unique to the mining environment and needed to develop a credible, computer-based, human-machine interactive model, (2) develop test methods to measure the required parameters, and (3) to refine the human-machine interactive computer model.
Computer models; Computer software; Underground mining; Injuries; Injury prevention; Coal miners; Coal mining; Workers; Humans; Human factors engineering; Equipment operators; Mining industry; Mining equipment
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Technical paper 2001-01-2088
Page last reviewed: June 15, 2021
Content source: National Institute for Occupational Safety and Health Education and Information Division