Solving extreme geomechanics problems
involving fracture & large deformations
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Large deformation & post-failure
Xtreme simulations
GeoXPM is the first fully functional, mesh-free, continuum-based computing software capable of solving complex geoengineering, geomechanics & geophysics problems involving fracture and large deformation behaviours of geomaterials.
- No mesh and thus no mesh-distortion issues
- Extreme predictions for better risk mitigations
Flexible CAD-defined 3D/2D Geometry.
Draw geometry easily.
The User Interface (UI) of GeoXPM is built on top of the famous platform FreeCAD, which gives you incredible freedom in designing complex objects and geometry.
- Easily design real-world objects with parametric modeling.
- Flexible integration with Python scripting.
Stages constructions
Meet geotechnical design & construction requirements
Releastic geotechnical projects require multi-stage constructions. GeoXPM offers this unique capability to deal with multi-stage construction processes.
- Unlimited stages.
- Add and remove objects through stages.
- Seperated elastic and elastoplastic loading for each stage
Digital elevation model (DEM)
Easily import real-world data.
GeoXPM allows digital elevation models to be imported directly as geometry.
- 3D scan or maps data can be used as geometry.
- Support multiple file format
Advanced material models
For advanced analysis
GeoXPM offers a diverse selection of constitutive models, including the ability for users to create their own custom models (i.e., user-defined model), to address a wide range of simulation scenarios and requirements.
Data visualisation & data mining
Cause data representation is important.
GeoXPM is integrated with Paraview, making it user-friendly and enableing quick on-the-go data visualisation.
- Quickly build visualizations.
- Multiple techniques for data analysis
- High performance designed for large dataset
Soil-Structure Interaction
For real world structures
The Soil-Structure Interaction feature in the GeoXPM software allows for modeling and analysis of the intricate dynamic behavior of structures interacting with the surrounding soil. This capability enhances design optimization and resilience in various loading conditions.
*For collaborative version*