Revolutionizing geotechnical engineering by translating natural language instructions and image inputs into precise technical commands and scripts for complex numerical simulations.
Advanced AI technology meets geomechanical expertise to create the next generation of simulation workflows.
GeoSim.AI leverages state-of-the-art Large Language Models (LLMs) with Retrieval Augmented Generation (RAG) to create an intelligent interface for geomechanical simulations. Our system combines advanced AI with comprehensive domain knowledge.
Our architecture includes an LLM core, a comprehensive knowledge base, a data & tools repository, and a natural language interface. Users input instructions in plain English and/or via images for automatic generation of simulation scripts.
Traditional geomechanical simulation software has a steep learning curve requiring significant time and expertise. GeoSim.AI reduces barriers to entry, allowing focus on physics rather than software complexity.
GeoSim.AI is now available in beta with support for slope stability analysis using ADONIS and HYRCAN. The system is under active development with continuously expanding AI assistants for various geomechanical tasks using different simulation platforms.
Accept natural language instructions, images, and sketches for intuitive simulation setup through a user-friendly chat interface.
Translate inputs into accurate simulation parameters and generate complex scripts for your target software automatically.
Works with multiple simulation platforms including ADONIS, HYRCAN, FLAC2D/3D, and PLAXIS2D/3D with user-selectable preferences.
Leverages an LLM-agnostic architecture that integrates state-of-the-art LLMs with RAG to deliver specialized domain expertise.
Contains theoretical background, numerical methods, simulation examples, best practices, and software-specific syntax knowledge.
Includes typical datasets, custom tools for calculations, result extraction, plotting, and insight generation with Function Calling integration.
Streamline simulation setup and result interpretation, dramatically reducing time-to-insight for geomechanical analysis projects.
Make advanced simulation tools usable for a broader range of users, including non-experts, students, and newcomers to the field.
Reduce time spent learning software-specific syntax and setup procedures, allowing faster project completion.
Enable users to concentrate on the geomechanical aspects and physics rather than software operation details.
Speed up the pace of discovery in geomechanical research and practical applications across the industry.
Augment existing expertise rather than replace it, similar to how CAD tools enhanced engineering design capabilities.
See GeoSim.AI in action. Watch how our AI agents interpret prompts and generate simulations.
Open-source 2D finite element analysis
AvailableOpen-source 2D slope stability analysis
AvailableContinuum modeling for geomechanics in 2D
Internal UseContinuum modeling for geomechanics in 3D
Internal Use2D geotechnical finite element analysis
Internal Use3D geotechnical finite element analysis
Internal UseNo, GeoSim.AI is designed as a transparent tool that enhances productivity for experts and provides access to complex modeling for non-experts. It's best used by those with foundational understanding of geomechanics, serving as an intelligent interface rather than a replacement for knowledge.
GeoSim.AI is positioned as a tool that augments, not replaces, foundational knowledge. Similar to how CAD tools enhanced engineering design or calculators improved mathematical work, GeoSim.AI amplifies human expertise rather than diminishing it.
GeoSim.AI is under active development with continuously expanding AI assistants. Open-source software integrations (ADONIS, HYRCAN) for slope stability analysis are available, while commercial software support and some data & tools repository connections are currently for internal use.
GeoSim.AI is developed by Yared W. Bekele at the Rock and Soil Mechanics Group at SINTEF Community in Trondheim, Norway. SINTEF is one of Europe's largest independent research organizations.
GeoSim.AI is currently in development and the beta version will be available soon through the Launch App button at the top right corner of this page. Please contact us through the form below to learn about collaboration opportunities, stay updated on development progress, or inquire about early access programs.
GeoSim.AI is specifically designed for geomechanical simulations with deep domain knowledge, comprehensive software integration, and specialized features like image input processing. It combines LLM technology with geotechnical expertise and practical simulation workflows.
Or contact us directly at: yared.bekele@sintef.no