Results 1 - 10 of 140

• S-Pillar - Software for Stone Mine Pillar Design
  10/29/2018 - PC software
  Software for stone mine pillar design.
• AHSM - Analysis of Horizontal Stress Effects in Mining
  8/20/2013 - PC software
  A software program to help improve mine layouts for control of horizontal stress.
• ARMPS-HWM - Analysis of Retreat Mining Pillar Stability - Highwall Mining
  8/20/2013 - PC software
  A software program for designing web and barrier pillars for Highwall Mining.
• ALPS - Analysis of Longwall Pillar Stability
  8/20/2013 - PC software
  Software for designing pillars for longwall mines
• ARMPS - Analysis of Retreat Mining Pillar Stability
  8/20/2013 - PC software
  Software for designing pillars for room-and-pillar retreat mining.
• AMSS - Analysis of Multiple Seam Stability
  8/20/2013 - PC software
  A software program that helps to identify the location and likely severity of multiple seam interactions
• Pillar Strength in Underground Stone Mines in the United States
  1/1/2011 - Peer reviewed journal articles
  Stone mines in the eastern and midwestern United States use the room-and-pillar method of mining to extract relatively flat-laying sedimentary formations. A survey of pillar performance was carried out to identify potential modes of instability.
• Early Strength Performance of Modern Weak Rock Mass Shotcrete Mixes
  1/1/2011 - Peer reviewed journal articles
  A field-expedient test method and portable on site test equipment have been developed to measure shotcrete strength in the first six hours after application.
• Numerical Model Calibration for Simulating Coal Pillars, Gob and Overburden Response
  7/1/2010 - Conference papers
  The paper provides a basic set of input data and a modeling approach that can be used for numerical modeling investigations of various coal mine designs using the FLAC3D software package.
• Roof Span Design for Underground Stone Mines
  7/1/2010 - Conference papers
  In this paper, the findings of a survey of roof span stability issues and design practices are presented, and the observed factors contributing to roof instability are discussed.