CalcForge is an open-source framework that provides Python packages for various Civil, Mechanical, Electrical Engineering, and other STEM-related calculations. Our goal is to create a powerful collection of tools for engineers, researchers, and students to perform robust structural, mechanical, and electrical analyses with ease. The project is continuously evolving to serve the needs of the community, with contributions from various experts.
Click here to access CalcForge web software
CalcForge aims to build an open-source framework tailored to Civil, Mechanical, Electrical, and broader STEM calculations. By bringing together powerful Python tools, it empowers professionals and students to perform complex engineering analyses with transparency, flexibility, and reproducibility.
- A collection of specialized tools for structural, mechanical, and electrical engineering.
- Open-source code available for collaborative development and extension.
- Integrates seamlessly with web-based engineering calculators on CalcForge.
Used for Free Beam Calculator
Repository: IndeterminateBeam
Used for Free Structural Analysis Calculator and Free Truss Calculator
Repository: anaStruct
Used for Free 3D Finite Element Structural Analysis
Repository: PyNite
Used for Free Slope Stability Calculator
Repository: PySlope
Used for Anchored Retaining Wall Analysis
Repository: Civils.ai-PyAnchor
Used for Concrete Analysis
Repository: concrete-properties
We welcome contributions from the community. Whether you're interested in improving existing modules, developing new functionality, or enhancing documentation, please check out our Contribution Guidelines.
This project is licensed under the MIT License. See the LICENSE file for more details.