Tag: Geotechnical Engineering

Reconciling field observations with geophysical data and assay results is essential for accurate geological interpretation. Integrating these diverse datasets enhances ...

Flood risk assessments for mine infrastructure are critical in identifying vulnerabilities and mitigating potential damage. These assessments involve analyzing hydrological ...

Ground support selection involves the strategic use of bolts, mesh, and shotcrete to enhance structural integrity in mining and tunneling ...

Building a 3D geology model from sparse data involves integrating fragmented geological information using advanced computational techniques. This approach enhances ...

Effective slope stability is crucial for safe pit design in mining. It involves assessing geological conditions, incorporating proper drainage systems, ...

Core logging is essential for accurate geological assessments. By systematically recording and analyzing core samples, professionals ensure consistent data, which ...

Underground ground support systems are critical in mining and civil engineering, providing stability to excavations. They are essential in conditions ...

Effective mine dewatering strategies are crucial in challenging hydrogeological environments. Techniques such as groundwater interception, borehole pumping, and innovative drainage ...

Recent advancements in satellite interferometry have enhanced landslide early warning systems. By utilizing high-resolution satellite data, researchers can detect ground ...

Recent studies highlight the potential of salt domes as a viable option for hydrogen storage. These natural formations provide stable ...