6 papers analyzed
These studies suggest that quarry side stability is influenced by factors such as deformation control, excavation methods, joint spacing, slope geometry, and height variations, with various methods proposed to improve safety and manage stability.
The stability of quarry sides is a critical aspect of mining operations, influencing both safety and productivity. Various factors such as geological conditions, excavation methods, and external loads impact the stability of quarry slopes. This synthesis presents key insights from multiple research papers on the stability of quarry sides, highlighting common findings and methodologies.
Geological Composition and Slope Angles:
Observation and Monitoring:
Excavation Methods and Safety Management:
Joint Spacing and Rock Quality:
Kinematic and Stability Analyses:
Stress-Strain State and External Loads:
The stability of quarry sides is influenced by a combination of geological conditions, excavation methods, and external loads. Effective monitoring, predictive assessments, and stability analyses are essential for maintaining safe and stable quarry operations. Implementing appropriate safety management practices and support measures can mitigate potential stability issues.
How much CBD (Cannabidiol) should I take daily?
What causes the sound of a fox yelping?
are stars that we see dead
How is schizophrenia treated?
what are the impact of language proficiency on career?
farmed salmon toxic