If you secure a legitimate license (whether student, trial, or paid), here is the functionality you are looking for:
From gravity walls to cantilever walls and sheet pile walls, GEO5 provides specific modules to design and check these structures against global standards. It automatically checks for overturning, sliding, and bearing capacity, generating clear reports for stakeholders. geo5 full full
| Feature / Aspect | GEO5 Full Suite | Plaxis (Bentley) | Rocscience (Slide2/3, RS2, etc.) | MIDAS GTS NX | |----------------|----------------|------------------|----------------------------------|--------------| | Primary focus | Classical & FEM hybrid | Advanced FEM (2D/3D) | Slope stability & limited FEM | High‑end FEM (2D/3D) | | 3D capabilities | Limited (emerging) | Excellent | Good (Slide3, RS3) | Excellent | | Learning curve | Moderate | Steep | Moderate | Steep | | Cost | Lower | High | Medium–High | High | | Eurocode 7 | Native & excellent | Good (with extra config) | Good | Good | | Retaining walls / sheet piles | Superior (dedicated modules) | Via FEM only (overkill) | Via limit equilibrium or FEM | Via FEM only | | Reporting | Acceptable | Good | Very good (RS2) | Good | If you secure a legitimate license (whether student,
Bottom line: GEO5 is best for daily geotechnical design (foundations, walls, slopes, excavations) with occasional FEM. It is not the best for pure research‑grade 3D coupled problems. It is not the best for pure research‑grade