A client/server for remote geotechnical datalogging
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Updated
Jul 21, 2018 - Go
A client/server for remote geotechnical datalogging
This repository contains a script that finds the value of the force required to mantain stability of a slope (Preqd), maximizing the failure surface's angle (alpha) and the d/H relation (xi). Additionally, calculates the safety factor of the sliding wedge that was found by the FHWA's simplified method.
Client library for the geotechnical database at https://geo.ngu.no/kart/nadag/
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Gets a terrain height (AHN) profile using an interactive map. The data is obtained from a free GeoServer database
A modern and lightweight AGS file parser for JavaScript
Parametrically define a road embankment and soil layout in PLAXIS using a VIKTOR application. Define materials in a database and use them in PLAXIS. Analyse the embankment using PLAXIS, and visualise the results in a separate view
Analisis kapasitas dukung vertikal pondasi tiang (bor dan pancang)
This repository is associated with interpretable/explainable ML model for liquefaction potential assessment of gravelly soils. This model is developed using LightGBM and SHAP.
Calcula el espectro de respuesta a partir de un registro de aceleración
Python scripts to query the Web Map Services (WMS) of British Geological Survey to obtain borehole log metadata from a bounding polygon
Utilities for geotechnical analysis and lab calculations (for JavaScript projects)
Implementation of the Strain Path method and Shallow Strain Path method to compute the displacement and strain fields due to the penetration of a tube
Analisis kapasitas dan penurunan pondasi dangkal
A pandas extension for geotechnical calculations.
A python package that is able to communicate with the REST API of the BRO (BasisRegistratie Ondergrond).
Python Package to facilitate quick overview and interpretation of borehole and CPT data
A simple pure-python implementation to parse .gef.txt files / CPT measurement data
This repository is associated with interpretable/explainable ML model for liquefaction potential assessment of soils. This model is developed using XGBoost and SHAP.
Desarollo movido a https://github.com/ppizarror/granulometria-gui
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