GI-SPT — SPT Corrections & Geotechnical Soil Correlations Featured
GI-SPT provides a comprehensive environment for correcting Standard Penetration Test (SPT) results and estimating engineering properties using established empirical correlations.
DocumentationTransform SPT Results into Engineering Parameters.
GI-SPT provides a comprehensive environment for correcting Standard Penetration Test (SPT) results and estimating engineering properties using established empirical correlations.
The module supports corrections for hammer energy, borehole diameter, sampler configuration, rod length, and effective overburden pressure, allowing engineers to calculate corrected SPT values and apply them to geotechnical evaluations.
Key Capabilities
- Calculate corrected SPT values, including N60 and (N1)60.
- Apply established correction factors for field testing conditions.
- Estimate soil properties through published empirical correlations.
- Evaluate relative density, friction angle, cohesion, elastic modulus, shear wave velocity, and other engineering parameters.
- Compare multiple correlations for supported soil properties.
- Present results graphically and in tabular formats.
- Export calculations and results to Excel and generate summary reports.
Watch GI-SPT Tutorials:
From Field Measurements to Engineering Insights.
Explore GI-SPT and simplify your SPT-based engineering evaluations.
| Category | Standard Penetration Testing (SPT) |
| Licence Type | Commercial |
