Geomechanics

Geomechanics

Applied science for structural stability and risk management in rock masses.

We apply a multidisciplinary approach that integrates on-site data collection with rigorous testing in our specialized rock mechanics laboratory. This allows us to provide realistic design parameters that optimize safety without sacrificing operational efficiency.

• Selection and design of underground mining methods.
• 2D and 3D stability analysis.
• Design parameter evaluation.
• Geotechnical Modeling (Pre-feasibility - Feasibility).
• Routine geotechnics.
• Description and supervision of Oriented Boreholes.
• Numerical modeling of stability and rock mass behavior.
• Geotechnical mapping for mining projects.
• Quality Control (QC) for support and fortification mechanisms.
• Analysis and design of Waste Rock Dumps, Tailings Dams, and Leaching Tanks.
• Geotechnical Training.
• Rock Mechanics Laboratory.

• Geotechnical QP (Qualified Person) approval for modeling.
• Geotechnical Instrumentation (Supervision, training, and installation of extensometers, piezometers, smart support, and monitoring).
• On-site geomechanical supervision.
• Oriented borehole supervision.
• Geomechanical borehole logging.
• QA/QC process for standard verification.