We specialise in the advanced characterisation and numerical modelling of subsurface formations, with a particular focus on geotechnical and fluid flow dynamics within rock masses. Our capabilities encompass a broad spectrum of applications, including slope stability analysis, pillar and ground support modelling, and stress estimation, among others.
Our team boasts extensive experience in three-dimensional geotechnical characterisation of rock masses, employing a diverse array of techniques ranging from deterministic methods to sophisticated stochastic simulations. We excel in geophysical-driven geotechnical characterisation, leveraging both downhole and surface geophysical data to provide comprehensive insights. Additionally, our expertise extends to detailed borehole geotechnical logging analysis, ensuring accurate and reliable assessments.
By integrating cutting-edge technology with deep domain expertise, we deliver precise, reliable, and actionable insights into subsurface formations, supporting a wide range of geotechnical and engineering projects.
We offer a wide array of geotechnical testing services, ranging from standard assessments to advanced, sophisticated analyses. Our capabilities include: Uniaxial Compressive Strength (UCS) Testing, Triaxial Testing, Direct Shear Testing, Brazilian Test, Time Dependent Mechanical Testing and Biot Coefficient Measurement.
By combining these diverse testing methodologies, we provide comprehensive and precise geotechnical data, supporting a broad spectrum of engineering and geotechnical projects.
When standard practices fall short, our robust research capabilities step in to deliver innovative solutions. Our expertise spans a wide range of activities, such as: Laboratory Design, Numerical Modelling and Code Development and Field Instrumentation.
By leveraging our advanced research capabilities, we provide cutting-edge solutions to the most challenging geotechnical problems, ensuring reliable and effective outcomes.