What is CalcForge?
Calcforge is an open-source platform providing a comprehensive suite of calculators for civil, mechanical, and electrical engineering. Designed to streamline engineering workflows, it offers tools for structural analysis, including 2D and 3D frame and truss assessments, along with specialized calculators for concrete and steel section designs.
Users can leverage advanced functionalities like bearing capacity analysis, slope stability evaluations, and excavation assessments to facilitate in-depth project planning. With access to community-contributed resources and datasets, engineers can collaborate effectively and adapt tools to specific project needs.
β Key features
CalcForge core features and benefits include the following:
- βοΈ open-source platform.
- βοΈ comprehensive suite of calculators.
- βοΈ structural analysis tools for 2D and 3D assessments.
- βοΈ advanced functionalities for bearing capacity and slope stability analysis.
- βοΈ user-friendly interface for integration within engineering applications.
βοΈ Use cases & applications
- βοΈ Streamline structural analysis projects by utilizing Calcforge's 2D and 3D frame and truss assessment tools, enabling engineers to quickly evaluate designs and optimize workflows without extensive manual calculations.
- βοΈ Conduct detailed bearing capacity analyses and slope stability evaluations using Calcforgeβs specialized calculators, enhancing project safety and compliance through accurate assessments tailored to specific engineering needs.
- βοΈ Collaborate effectively with team members by leveraging community-contributed resources and datasets on Calcforge, allowing for customized tool adaptations and improved project planning across different engineering disciplines.
πββοΈ Who is it for?
CalcForge can be useful for the following user groups:
βΉοΈ Find more & support
You can also find more information, get support and follow CalcForge updates on the following channels:
- CalcForge Website (Login/Sign up)
- Discord
- Youtube
How do you rate CalcForge?
Breakdown π