beams

Python Continuous Beam Analysis

Free online structural analysis tool for beams and trusses. Edubeam lets you create and solve 2D structures directly in your browser — no installation required. Instantly generate bending moment diagrams, shear force diagrams, and deflection plots. Ideal for students, educators, and engineers.

Beampy is a python package - with an user interface - allowing to propagate beams in differents guides using the Beam Propagation Method (BPM)

A FEniCS Project-based library for simulating thin structures

Swift SDK for the Pusher Beams product:

This repo has code for structural analysis with the direct stiffness method, a matrix method that uses stiffness relations. The code can handle various elements, loads and boundary conditions.

Sending push notifications in Laravel projects using Pusher Beams (https://pusher.com/beams)

Low-energy charged particles' dynamics simulation using particle-in-cell method

Pusher Beams Swift Server SDK

Composable decorative background for React + Mantine. Compose gradients, glow blobs, dot grids, mesh, noise, star fields, shooting stars, snow, rain, confetti, parallax waves, radar pulses, beams and a 3D globe (cobe). Lazy mode + interactive mouse tracking.

Web interface for libamtrack

RC_beams is a tool that gives the nominal resistence of a RC beam with a given reinforcement.

Create a wide range of standard beams in FreeCAD. Choose between different standards and sizes.

Simulations for geometrically exact beams in different settings (e.g., validation problems, feedback stabilization problem). In 2021-2022.

Simulation of a geometrically exact beam clamped at one end and with a boundary feedback control applied at the other end. In 2021.

Send push notifications in a social network iOS app

Example machine learning implementation to predict the residual bending moment capacity of corroded reinforced concrete beams tested under monotonic three or four-point bending. Data is collected from 54 experimental programs available in the literature.

This repository enables an engineer to generate predictions for the mechanical bending performance of corroded beams, using a database of 725 corroded beams tested under monotonic bending. Outputs include the maximum bending moment, residual capacity percentage, yield load, yield displacement, and ultimate displacement.

Implementation of linear structural beam finite element programs in MATLAB

Beam shaping functions