Key features
- Interactive definition of lithology, tectonic structures, bolt support, in-situ stresses, boundary conditions and external loads
- Display of point data, principal stress vectors, layer bending
- Import of rasters and DXF
- Generation of discrete fracture networks (DFN)
- Automatic error detection and geometry correction
- FDEM-optimized mesh generation
- Modeling of excavation, property changes, draw
- 10 types of result visualization
- Bulk screenshot generation
- Text export of results
The powerful mathematical engine of the software models deformation processes with arbitrary strain magnitudes — both elastic and those involving loss of continuity, fragmentation, and subsequent movement of the fragmented masses.
Applications
- Residual strength assessment
- Slope stability calculation under undermining
- Failures driven by structures and stresses
- Prediction of subsidence and damage zones in the rock mass
- Development of water-conducting fractures and voids
Advantages
- One of the fastest FDEM solvers in the world thanks to CUDA and optimization — calculations complete in minutes
- High realism of geomechanical process simulation
- Interface and technical support in Russian
- The interface will feel intuitive to specialists who have worked in similar software
Key features
High simulation realism: explicit failure modeling and rock mass jointing accounted for
Videos
- Prorock 2.0 overview: features, advantages, modules
- Prorock 2.0 video tutorial: building a model and viewing calculation results
System requirements:OS: Windows 7 or later · GPU: NVIDIA with CUDA support (VRAM above 1 GB) · RAM: 4+ GB · Disk space: 1+ GB per project
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