Geo5: Full [top]
The applications within the GEO5 suite are categorized by engineering discipline: Geotechnical Software GEO5
Advanced modules for analyzing tunnels, underground excavations, and complex soil-structure interaction problems using the Finite Element Method.
A vital component of the Full suite that enables engineers to generate 3D sub-surface geological models directly from borehole data, cone penetration tests (CPTs), and standard penetration tests (SPTs). This data feeds directly into analytical modules, removing the need to manually re-enter soil profiles. Advanced Numerical Modeling (FEM)
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It starts with the Data Collector app , turning mobile devices into surveying tools that capture GPS coordinates, photos, and stratigraphy in real-time. Geo5 Full
[Field Data / Logs] ──> [Stratigraphy (3D Model)] │ ▼ (Via GeoClipboard) ┌───────────────┴───────────────┐ ▼ ▼ [Analytical Design] [Advanced FEM Analysis] (Retaining Walls, Foundations) (Tunneling, Settlement) │ │ └───────────────┬───────────────┘ ▼ [Global Safety Verification] Key Capabilities of the Complete Suite
The stability of any structure rests on its foundation. Geo5 provides rigorous tools for designing shallow foundations (spread footings, strip footings) and deep foundations (piles, drilled shafts). These modules automate the verification of bearing capacity and settlement, adhering to international standards and design codes. The ability to analyze group effects in pile foundations is a particularly valuable feature for large-scale infrastructure projects.
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When traditional analytical methods hit their limit, the Finite Element Method (FEM) module allows for detailed modeling of water flow, tunnel excavation, and consolidation. The Power of Integration The applications within the GEO5 suite are categorized
For everyday engineering tasks, analytical modules offer lightning-fast calculation times and clear safety factor verifications based on time-tested empirical formulas. However, when faced with complex soil-structure interactions—such as estimating the settlement of an existing building adjacent to a new deep excavation tunnel—the analytical approach becomes insufficient.
: Analytical slope stability, rock stability, and anti-slide pile verification.
Retaining wall design, slope stabilization, and embankment design for highways and railways.
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A critical aspect of Geo5’s widespread adoption is its user-friendly interface. Despite the complexity of the mathematics running in the background, the software presents inputs and outputs in an intuitive, visual manner. Users can visualize failure surfaces, stress contours, and structural forces immediately.
Scale your business to handle any project, from backyard residential retaining walls to massive multi-tiered highway excavations.
Before any design can begin, a clear understanding of the ground is essential. GEO5 integrates this process from the very start. The "Stratigraphy" program is a powerful 3D geological modeling tool that allows engineers to create detailed subsurface models using data from boreholes, in-situ tests (SPT, CPT, DMT), and other sources. The "Data Collector" mobile app further streamlines this by enabling field data input directly on a smartphone or tablet using maps and GPS, and it can even add photos, videos, or audio notes. The "Point Cloud" module is a major upgrade, capable of handling billions of points from LIDAR data and modeling multiple construction stages.
