68 skills found · Page 1 of 3
erlanglab / ErlangplTool for developers working with systems running on the Erlang VM (BEAM). It helps with performance analysis.
momotaaa / BeamProfilerAn multi-scale neighborhood search method for analysis of the laser beam images(2024 Computer Engineering)
JWock82 / XlFrameA free VBA library to make structural analysis easy in Microsoft Excel
ccaprani / PycbaPython Continuous Beam Analysis
scottprahl / Laserbeamsizepython module for ISO 11146 analysis of laser beam images
FEALiTE / FEALiTE2DA finite element analysis library for 2D frame, beams and truss elements using C#
KaitaiD / FEM Beam Model Dynamic Analysis2D/3D Finite Element (FEM) beam model using Newmark Method for dynamic analysis
janvorisek / EdubeamFree 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.
victorazzo / AbdbeamA Python package for the cross section analysis of composite material beams of any shape.
premAI-io / Serverless Examples🚀 End-to-end examples and analysis of deploying LLMs serverless using Modal, Runpod, and Beam
mozilla-services / Foxsec PipelineLog analysis pipeline utilizing Apache Beam
airinnova / Framat:tokyo_tower: FramAT is a 3D beam analysis tool
Samson-Mano / Continuous Beam AnalysisContinuous beam analyzer is simple tool to analysis statistically indeterminate beams for shear force, bending moment and member forces.
JuliaPhysics / ABCDMatrixOptics.jlImplementation fo ray transfer matrix analysis for optical beams
PetrKryslUCSD / FinEtoolsFlexStructures.jlFinite Element tools in Julia: Analysis of flexible structures, beams and shells
bennames / AeroComBAT ProjectAeroelastic Composite Beam Analysis Tool
kenoticpurge / Corotational Beam ElementsYou ever just wanted to do some large deformation, nonlinear analysis of beams?
vfceball / RC FIAPThe open virtual platform RC-FIAP, developed in Python, with the analysis library OpenSeesPy at its core, is presented to evaluate the seismic vulnerability of different archetypes of reinforced concrete frames, including ACI318 compliant structures. The platform is a tool for educational performance-based earthquake engineering, including research capabilities for risk assessment. In the first phase of the platform presented here, the fragility assessment is carried in a few seconds from conception to pushover analysis, including design and construction of the nonlinear model. Input variables include number of stories and spans, material properties (steel, concrete), dimensioning of beams and columns, gravity loading, seismic design parameters per ASCE 7-16, and choice of design detailing per ACI318-19. The GUI-based platform allows studying the impact of these variables in the performance of frames, by including ASCE/SEI 41-17 acceptance criteria.
simoore / Timoshenko FemA finite element analysis of a timoshenko beam.
psf666 / TIGER Base Enhancerqvae Rqkmeans[pytorch]Implementation of "Recommender Systems with Generative Retrieval" with RQ-VAE beam search enhancement and comparative analysis with RQ-Kmeans.
