Geotechnical Insights

Technical resources for slope stability analysis.

Explore geotechnical research, TAGAsoft technical papers, and practical notes for engineers working with 2D and 3D slope stability analysis, limit equilibrium methods, seismic assessment, mining slopes, and TSLOPE workflows.

Built for engineers who want more than a result.

Slope stability analysis is not just about producing a factor of safety. The value comes from understanding the model, checking assumptions, reviewing the mechanism, and deciding whether the result makes engineering sense.

What you will find here

  • Curated geotechnical publications and summaries
  • TAGAsoft and TSLOPE technical papers
  • Short notes on modelling concepts and checks
  • Practical examples for 2D and 3D analysis workflows

Browse by resource type

Use the sections below to find external publication summaries, TAGAsoft technical papers, or shorter technical notes on specific slope stability topics.

External research

Publications Library

A curated library of geotechnical publications with practical summaries and links to the original external sources.

  • Published papers from external sources
  • Plain-language summaries by topic
  • Links to publisher pages
  • Useful background reading for engineers
Browse publications
TAGAsoft papers

Technical Papers

Technical papers, case studies, conference material, and worked examples written by the TAGAsoft team and collaborators.

  • 3D limit equilibrium papers
  • Seismic slope stability examples
  • Back-analysis and mining applications
  • TSLOPE case studies and workflows
Read technical papers
Practical explainers

Technical Notes

Shorter technical explainers covering specific modelling concepts, result interpretation, and practical slope stability checks.

  • Line of thrust interpretation
  • Model review and analysis checks
  • 3D search and basal surface workflows
  • Assumptions, limitations, and judgement
View technical notes
TSLOPE context

Use technical insight to review your slope stability models faster.

TSLOPE helps engineers build, review, and compare 2D and 3D slope stability models. These resources support better interpretation of model behaviour, not just faster calculation.

Useful topics to explore

  • When 3D analysis changes the interpretation
  • How geometry and weak layers affect results
  • Why engineering judgement still matters
  • How to compare 2D and 3D model behaviour