Field Services

We offer a range of field services to meet your needs for in-situ stress estimation and modelling. With TerraStress Solutions, you gain access to industry-leading expertise and tailored solutions to meet your in-situ stress estimation needs.

In-Situ Stress Estimation

In-Situ Stress Estimation

Tailored Precision for Your Needs

At TechRock, we offer a suite of cutting-edge technologies to reliably estimate in-situ stresses, customised to your data availability and budget constraints. Our versatile approach includes:

  1. iStress Cloud-based software: Utilise ATV data and geotechnical properties for in-situ stress estimation through advanced integrated borehole deformation and breakout analysis.
  2. BLASÉ Excel-based software: Using downhole geophysical logs and any available in-situ stress estimation, the in-situ stress profile along the borehole can be constructed.
  3. DCDA-Ultrasonic Mapping Technology: Obtain reliable 3D stress measurements directly from your core samples using our integrated lab technique.
  4. AEA Analysis: Acoustic emission analysis using kaiser effect is traditionally used for stress measurements on core samples. At TerraStress Solutions, we have advanced the AEA technique using advanced signal processing and interpretation.
  5. DilaStress Downhole Tool: Achieve the highest reliability in stress measurement with our innovative downhole solution, designed for ease of deployment, superior performance and cost-efficiency.

In-Situ Stress Modelling

In-Situ Stress Modelling

Transforming Geotechnical Insights into Actionable Data

TechRock offers advanced 3D stress modeling by integrating your geotechnical lab data, geological models, and existing in-situ stress measurements. This powerful approach provides mine geotechnical engineers with a rapid and detailed understanding of the stress state at any location within the mine, delivering insights in a fraction of a minute. Our modelling capabilities empower your team with a robust tool for operational analysis, decision-making, and further numerical modelling of mining operations, enhancing safety and efficiency.