Results 21 - 30 of 277

• Programmable Electronic Mining Systems: Best Practice Recommendations (In Nine Parts): Part 4: 3.0 Safety File
  5/1/2002 - Information Circulars, Safety guidelines, tips, and checklists
  This report is the fourth in a nine-part series of recommendations addressing the functional safety of processor-controlled mining equipment.
• Programmable Electronic Mining Systems: Best Practice Recommendations (In Nine Parts): Part 3: 2.2 Software Safety
  9/1/2001 - Information Circulars, Safety guidelines, tips, and checklists
  This report is the third in a nine-part series of recommendations addressing the functional safety of processor-controlled mining equipment.
• Programmable Electronic Mining Systems: Best Practice Recommendations (In Nine Parts): Part 2: 2.1 System Safety
  4/1/2001 - Information Circulars, Safety guidelines, tips, and checklists
  This report is the second in a nine-part series of recommendations addressing the functional safety of processor-controlled mining equipment.
• Programmable Electronic Mining Systems: Best Practice Recommendations (In Nine Parts): Part 1: 1.0 Introduction
  4/1/2001 - Information Circulars, Safety guidelines, tips, and checklists
  This report addresses the functional safety of processor-controlled mining equipment. It is part of a risk-based system safety process encompassing hardware, software, humans, and the operating environment for the equipment's life cycle.
• Optimizing Secondary Roof Support with the NIOSH Support Technology Optimization Program (STOP)
  8/1/2000 - Conference papers
  The 1990s saw an unprecedented increase in technologies for more effective, easier to install roof support in underground mines. To facilitate application and improve mine safety, NIOSH developed the Support Technology Optimization Program (STOP).
• Predicting System Interactions in the Design Process
  9/1/1999 - Peer reviewed journal articles
  Almost every process has a predecessor, and studying the predecessor helps to define needs and shortcomings to be addressed. This paper illustrates how such an approach was used to assess remote machine operation in underground coal mines.
• A Human Component to Consider in Your Emergency Management Plans: The Critical Incident Stress Factor
  7/1/1995 - Peer reviewed journal articles
  In recent years the issue of human stress response in emergency workers has begun to receive attention. This paper presents a rationale for considering human stress as a significant factor in the management of emergencies. It discusses the concept of st...
• Theory on the Propagation of UHF Radio Waves in Coal Mine Tunnels
  3/1/1975 - Peer reviewed journal articles
  The theoretical study of UHF radio communication in coal mines, with particular reference to the rate of loss of signal strength along a tunnel, and from one tunnel to another around a corner is the concern of this paper. This work was part of an invest...
• Utilizing a Human-Centered Design Approach for Mine Automation
  6/20/2023 - Research projects
  A pilot project to identify and understand human factors considerations when designing and implementing automation.
• AutonoDES: A Discrete Event Simulation Platform for Safety Scrutiny of Autonomous Mining Systems
  6/13/2023 - Contracts and cooperative agreements
  This contract research develops a simulation software platform, AutonoDES, that can be used as a “what-if” scenario analysis tool for mixed-fleet (both human-operated and autonomous) mining operations.