Advanced analysis of deep excavation shoring using the non-linear p-y method. 4. Digital Terrain Modeling (BIM)
It bridges the gap between raw data and BIM (Building Information Modeling). Whether it’s calculating the stability of a precarious slope or the settlement of a massive pile foundation, the suite provides a unified environment where data flows seamlessly from one module to the next. Stability in a Changing World Geo5 Full
: Users can choose specific calculation stages, graphical outputs (plots), and soil profile data to include in the final PDF or printed document. Advanced analysis of deep excavation shoring using the
Advanced modules allow users to input direct borehole data to construct 3D subsoil models. This data can be integrated into broader workflows, exporting structural geometries and soil layers into universal formats like IFC or LandXML. High-Quality Output Reports Whether it’s calculating the stability of a precarious
At its core, GEO5 is more than just a single application. It is a unified ecosystem of specialized programs, each meticulously designed to handle a specific aspect of geotechnical work. The "Full" package, also known as the Professional Package, is the most complete offering, containing all GEO5 programs. It links every stage of a project, from site investigation and subbase model creation to a wide range of complex analyses such as slope stability, deep excavation, and tunnel design.
The “Full” version also includes less common but powerful modules like Rock Stability , FEM (Finite Element Method) , Consolidation , and Dynamic Loading .
