基于随机森林和粒子群算法的钻井过程钻速预测及优化

A Blender add-on with a collection of tools for 3D geological modelling, primarily designed for mineral exploration. It allows the import and visualization of drill holes and related interval data, point data, generation of simple block models, grade shell meshes, and integrates with the GemPy module for implicit geological modelling

See https://www.drillingmanual.com/directional-well-trajectory-calculation-profile-design-planning/

A PyQt5 app catered to the exploration industry for visualizing geologic drill hole data with features like cross-sections, simple 3D views, strip logs, scatter plots, and downhole line plots. Includes data transformation techniques like factor analysis, desurveying, and alpha-beta conversion.

This code calculates and plots the J type drilling well path

Web version of GeoCos!

Temperature Analyser v1.0 is designed as a web application helping users to determine pre&post drill temperature conditions in vertical boreholes. Development is based on dash & plotly.

Телеграм-бот для оперативного расчета объема отходов бурения

This is a program specifically designed for well data retriever in a specific hydrocarbon Field, the area where I am working as a geologist. To retrieve: Well Head Location coordinate (X, Y), Well Cluster name, departure, highest inclination, DLS, and the intersection coordinate with given surface

A collection of Wells/Drilling Engineering tools, focused on well trajectory planning for the time being.

Upload well LAS (log ASCII) files and view the raw logs interactively in streamlit

QGIS plugin for geology and exploration. Drill hole desurvey/display and other utilities.

Generate synthetic drilling data that can be used for testing machine learning (ML) models.

Project of postgraduate studies "Database Systems"

Drill to remember English words (for Russian speakers). Contains more than 300 words.

An open-source Python package for writing DLIS files.

The python tool for well trajectories

A package to extract information from drillholes to feed 3D modelling packages

The objective of this Project is to develop mobile application to understand oil drilling equipment using augmented reality technology