All Stories

  1. Variability and Trends in Selected Seismological Parameters During Longwall Mining of a Coal Seam Disrupted by a Rockburst
  2. An attempt to determine the strong tremors causes during longwall mining of destressed bottom layer of a thick coal seam
  3. An attempt to determine the cause of the strong tremor responsible for a rockburst in a hard coal mine based on numerical modeling and spectral parameter
  4. Machine Learning-Based Classification of Rock Bursts in an Active Coal Mine Dominated by Non-Destructive Tremors
  5. Enhancing open stope stability prediction in mining engineering: Optimal configuration of an artificial neural network model
  6. Advancements in Machine Learning for Optimal Performance in Flotation Processes: A Review
  7. Identification of strong tremor causes for appropriate rock burst prevention in a hard coal mine
  8. An attempt to use machine learning algorithms to predict strong tremors during longwall mining of a coal seam
  9. Use of machine learning algorithms to assess the state of rockburst hazard in underground coal mine openings
  10. Evaluation of Destress Blasting Effectiveness Using the Seismic Moment Tensor Inversion and Seismic Effect Methods
  11. An Attempt to Use Machine Learning Algorithms to Estimate the Rockburst Hazard in Underground Excavations of Hard Coal Mine
  12. The influence of mining factors on seismic activity during longwall mining of a coal seam
  13. Spatiotemporal analysis of elastic and inelastic deformations in roof-rocks from seismological observations
  14. A COMPARISON OF THE SEISMIC EFFECTS OF DIFFERENT BLASTING TYPES EXECUTED DURING THE LONGWALL MINING OF A COAL SEAM
  15. The Seismic Source Parameters of Tremors Provoked by Long-Hole Destress Blasting Executed During the Longwall Mining of a Coal Seam Under Variable Stress Conditions
  16. The influence of distant coal seam edges on seismic hazard during longwall mining
  17. Geophysical Evaluation of Effectiveness of Blasting for Roof Caving During Longwall Mining of Coal Seam
  18. Analysis of stress level during longwall mining of a coal seam with the use of seismic effect method
  19. Case Studies of Seismic Energy Release Ahead of Underground Coal Mining Before Strong Tremors
  20. Edges of overlying seams as a factor responsible for strong mining tremors occurrence during underground hard coal extraction in the light of seismic moment tensor inversion method
  21. Determination of Destress Blasting Effectiveness Using Seismic Source Parameters
  22. Effects of torpedo blasting on rockburst prevention during deep coal seam mining in the Upper Silesian Coal Basin
  23. Application of Seismic Parameters for Estimation of Destress Blasting Effectiveness
  24. The influence of particle size distribution on dose conversion factors for radon progeny in the underground excavations of hard coal mine
  25. Aerosol concentration and particle size distributions in underground excavations of a hard coal mine
  26. An attempt to determine the seismic moment tensor of tremors induced by destress blasting in a coal seam
  27. The seismic source parameters of tremors provoked by destress blastings in coal seam
  28. The Influence of a Local Fault Zone on High Energy Tremor Occurrence during Longwall Mining of a Coal Seam
  29. Estimation of active rockburst prevention effectiveness during longwall mining under disadvantageous geological and mining conditions
  30. The estimation of the effectiveness of torpedo blasting based on an analysis of focal mechanisms of induced mining tremors in the Bielszowice coal mine