Geotechnical engineering, solved in Python. 170+ validated functions for soil mechanics, SPT, CPT, bearing capacity, settlement, liquefaction & slope stability. Apache 2.0.
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Updated
Jul 30, 2026 - Python
Geotechnical engineering, solved in Python. 170+ validated functions for soil mechanics, SPT, CPT, bearing capacity, settlement, liquefaction & slope stability. Apache 2.0.
Python library allowing reading/writing GeoStudio .gsz file
AGS4 Validator and Editor
Free SPT boring-log software for geotechnical engineers - borehole logs with soil strata symbols, SPT N-value graphs, Excel/CSV import and one-click PDF reports. Windows.
DFN Works is a parallelized computational suite to generate three-dimensional discrete fracture networks Model . A three-dimensional Discrete fracture network (DFN) is among the most efficient and modern methods to simulate the random concept of the geometric properties of joints.
This repository shows how to process, update or create IFC (Industry Foundation Class) files automatically with python. The examples show how to parse geological/geotechnical related IFC Files that originate from Leapfrog Works.
Geotechnical finite element analysis, built in the open.
A simple pure-python implementation to parse .gef.txt files / CPT measurement data
Web application for selecting mining methods based on geological parameters, using methodologies like Nicholas 1981, 1992, UBC, and Sh&B. Supports quick technical and economic evaluations with geomechanical classification tools. Built with JavaScript, HTML5, and CSS3, without frameworks.
A digitization web tool designed for scraping data from geotechnical borelogs in PDF format
App based on Threejs to display 3d fence diagrams
Python scripts voor bewerken Nederlandse en Vlaamse bodeminformatie
A web-based decision-support tool for mining engineers to evaluate and select underground access and ore transport systems (shaft, ramp & trucks, inclined belt conveyor). Built with Vue.js, Vuex, and Vue Router, the app uses three methodologies—Cardozo (2023), La Vergne (2003), and Moser (1996)—to guide early-phase decision-making.
Open-source multimodal geotechnical document-to-evidence-to-3D-model foundation.
AutoCPT: Aplikasi Analisis Geoteknik Berbasis Web untuk Interpretasi Data CPT/Sondir. Menghitung Klasifikasi Tanah (Robertson 2010), Analisis Likuifaksi (Idriss & Boulanger 2008), dan memberikan rekomendasi perbaikan tanah secara otomatis dan dinamis.
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