Geotechnical analysis
Reliable assessment of slopes, excavations, foundations and retaining systems under real-world loading and ground conditions.
Discuss an analysisRigorous analysis software and specialist engineering tools for the questions where conventional assumptions stop being useful.
What we do
Bounds Computational Engineering creates practical, transparent tools for geotechnical and structural analysis. We combine numerical craft with the directness of limit analysis to turn complex mechanics into decisions teams can defend.
Reliable assessment of slopes, excavations, foundations and retaining systems under real-world loading and ground conditions.
Discuss an analysisPurposeful software for capacity, stability and collapse mechanisms in structures where load paths deserve closer attention.
Discuss an analysisPowerful analysis tools that turn specialist methods into clear, auditable reports, carrying inputs, assumptions, bounds and design decisions through to the final document.
Build better reportsIn the field
Analysis begins with the physical system: its ground, geometry, constraints and loading. Our tools are made to retain that connection, from foundations and dams to tunnels below ground.
Rock analysis
Assess discontinuities, block formation and reinforcement requirements with methods that keep geology and mechanics in the same frame.
Our approach
We use limit analysis to identify the envelope of what is possible: robust lower bounds, informative upper bounds, and the gap that tells you where to look next.
When the capacity of ground and structure is understood more precisely, teams can avoid unnecessary concrete, steel and reinforcement. Our software supports designs that use materials where they matter, helping reduce embodied carbon dioxide while maintaining the safety margins a project requires.
Results are expressed with the uncertainty and range an engineering decision needs.
Every result should remain legible in terms of forces, failure and physical response.
Clear interfaces, tested methods and workflows made for working engineers.
Optimise support and section demands using defensible capacity bounds, not excess material.
Where it matters
Get in touch
Have a hard analysis problem, an ambitious software idea, or a method ready to leave the spreadsheet?