Salehan Institute of Higher Education 1

1. A Novel Approach to Selecting Rational Supports for Underground Mining Workings
2. A Novel Process for Decolmatation of Wells During In Situ Leach Mining of Uranium
3. Advanced Digital Modeling of Stress–Strain Behavior in Rock Masses to Ensure Stability of Underground Mine Workings
4. Application of Feldspar Sand in Non-Autoclaved Foam Concrete Technology
5. Complex Geodetic Monitoring of the Massive Sports Structures by Terrestrial Laser Scanning
6. Evaluating Rock Mass Quality and Critical Depth for Rockburst Hazard in Deep Mines
7. Geodynamic Processes Monitoring of Subway Infrastructure Using Geodetic and Remote Sensing Methods
8. GPR-Driven Geomechanical Modeling and Drill-Blast Optimization for Enhanced Efficiency in Open-Pit Gold Mining
9. Increasing the Efficiency of Underground Block Leaching of Metal
10. Kinematic Seismic Isolation System with Magnetic Dampers
11. Modeling of Geomechanical Processes from Open Pit to Underground Mining with Complex Morphology
12. Numerical Assessment of Inter-Pillar Stability in Inclined Ore Bodies for Underground Mining Design
13. Numerical Modeling the Rock Mass Stress-Strain State Near Vertical Excavations in Combined Mining
14. Optimization of Drilling and Blasting Parameters During the Drifting of Underground Mine Workings
15. Research into Uranium Characteristics and Content in a Pregnant Solution During Leaching with Oxygen Saturation
16. Statistical Estimation of Reliability Values for Large-Panel Buildings Based on Passportization Results
17. Strength and Deformability of Structural Steel for Use in Construction
18. The Buildings’ Reliability Calculating Method Using a Simple Seismic Impact Model
19. The Influence of the Fine Earth Composition of the Soil Mixture on the Parameters of Its Filtration, Moisture Content, and Density
20. The Use of Electronic Initiation Systems for Wall Control Blasting at an Open Pit Mine
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