A pedagogical package for bending diagrams
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Updated
Jun 19, 2026 - Python
A pedagogical package for bending diagrams
Analysis and Optimization of Truss Structures using Genetic Algorithms
A Python library for calculations related to mechanics of materials.
Finite Element Methods (FEmethods) can be used to calculate the shear, moment and deflection diagrams for beams. FEmethods can solve both statically determinant and statically indeterminate beams.
Python library dedicated to the simulation of plane mechanisms
Data-driven, sports wagering model for MMA (mixed-martial-arts) contests.
DataParse is a tool that can help you in data anaylatics Basic Tasks
Simple program for analyzing forces in a statically determinate beam.
Calculators for the SESA2025 and FEEG2005 modules at the University of Southampton. Includes cross-section, beams, and pin-jointed truss analysis
the data was taken from the website: https://www.ceip.at/the-emep-grid/gridded-emissions/pm25 .The format used was: NetCDF format: 1990 to 2020
Interactive randomness analysis comparing human-generated sequences with classical PRNG and simulated quantum measurements.
Can statics alone solve these three frames? One integer decides. Reproduces m + r - 2j from the geometry, cross-checked against a stiffness null space and an equilibrium-matrix rank.
Interactive Streamlit study tool for practicing shear and moment diagram graphing with randomized beam problems, support reactions, and piecewise equations.
Cmpe343_hw_Bogazici_University
Automated Python tool to load, clean, analyze, and visualize real-world engineering datasets.
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