composites

There are 2 repositories under composites topic.

• seminr

  sem-in-r / seminr

  Natural feeling domain-specific language for building structural equation models in R for estimation by covariance-based methods (like LISREL/Lavaan) or partial least squares (like SmartPLS)

  pls-modelscommon-factorscompositesconstructr
  Language:R 57

• joaopbernhardt / lamipy

  Composite laminates engineering simulations in Python.

  engineeringmaterials-sciencelaminatespython3composites
  Language:Python 38

• reilleya / cyclone

  Control software for Marlin-driven filament winders

  carbon-fibercomposite-materialscompositesfilament-winding
  Language:TypeScript 26

• rsmith-nl / lamprop

  Calculate properties of composite laminates.

  python3mechanical-engineeringcomposites
  Language:Python 22
• b3p

  wr1 / b3p

  Command line tools for creating models of composite wind turbine blades

  composites3d-modelsdrapingmesh-generationwind-energywind-turbine-bladescalculix-crunchix
  Language:Python 20

• faisal-bhuiyan / Physics-based-composite-progressive-failure

  UMAT subroutines (for FEA code Abaqus) to model progressive damage/failure in FRP composites

  compositesfortran95subroutinesumat
  Language:Fortran 15

• saullocastro / pyfe3d

  Finite elements for 3D problems in Python/Cython

  finiteelementsstructuralanalysisdesignoptimizationbeamplatethin-walledcomposites
  Language:Cython 15

• BenjaminETaylor / bjsfm

  Bolted Joint Stress Field Model

  engineeringcompositeselasticitybolted-connectionsaerospace-engineering
  Language:Python 13

• rajnichahal / Random-Fiber-Network-Generation

  This script explicitly includes the parameters such as fiber length, diameter, orientation, distribution, and fiber volume fraction. Straight or curved/wavy fibers with random curvatures can be generated to closely approximate fiber morphology in the matrix.

  computational-modelingcompositesrandom-network-generator
  Language:MATLAB 10

• marioruiarruda / Hashin_3D_UMAT

  UMAT for ABAQUS using 3D Hashin Based Orthotropic Damage Model

  abaquscompositesconcretefortranumatdamage-models
  Language:Fortran 9

• wjbg / m.CLT

  Classical Lamination Theory in Matlab

  compositesopeneducationengineering
  Language:MATLAB 9
• FeCLAP

  azzeddinetiba / FeCLAP

  FeCLAP: A small solver for the Finite element analysis of Composite Laminate Plates with rectangular geometries. This personal project solver supports static, modal, transient and non linear analysis using a perfectly plastic model.

  simulationfinite-element-methodcompositesplasticity
  Language:Python 5
• Xtender

  emprax / Xtender

  A segmented visitor library to solidify the visitor pattern

  visitor-patternextensionssolidflexibilityvisitor-segmentsextenderssegmented-visitordynamic-visitorflexible-visitordependencyinjectiondependency-injectioncomposite-patterncompositioncompositestree-structuretreestreenodetree-nodenodes
  Language:C# 5

• jessica-chan-5 / ultrasonic-c-scan-segmentation-for-composites

  Processes C-scans, calculates time-of-flight, identifies contours of damaged regions, and creates a 3D reconstruction of the damage state

  compositesdelaminationnon-destructive-evaluationsegmentationimpact-damageultrasonic-scanning
  Language:MATLAB 4

• marioruiarruda / Tsai-Wu_2D_UMAT

  A Tsai-Wu based 2D Damage Model UMAT for ABAQUS (discontinued)

  abaquscompositesconcretefortranumat
  Language:Fortran 4

• echaffey / Compysite

  Python library used to analyze fiber reinforced composite materials.

  compositesmaterial-sciencemechanics-of-materialspython
  Language:Python 3

• mar2194 / comppy

  A library for analyzing composite laminates.

  carbon-fibercompositeslaminates
  Language:Python 3

• zhaowei0566 / SPAD

  Stiffened Plate Analysis and Design (SPAD)

  finite-element-analysiscompositesstiffened-plate
  Language:MATLAB 3

• 4m4n5 / B.Tech_Project

  An algorithmic framework to predict properties of composites to aid in meta-modelling process.

  machine-learningmechanical-engineeringcomposites
  Language:Jupyter Notebook 2

• dinospiller / Composite-Sandwich-Optimizer

  Routines for optimization of composite (e.g. carbon) sandwich based on classical lamination theory

  compositeslaminationoptimization
  Language:Matlab 2

• marioruiarruda / Hashin_2D_UMAT

  A Hashin 2D Damage Model UMAT for ABAQUS (discontinued)

  abaquscompositesconcretefortranumat
  Language:Fortran 2

• sedaoturak / normalization-frc

  Simple desktop application for normalization of tensile/compression test data of fiber reinforced composites

  composite-manufacturingcomposite-materialscompositesdatabasefiber-reinforced-compositegui-applicationimageanalysisopencvpyqt5pyqt5-desktop-applicationpyqt5-guipythonsqlsqllite3
  Language:Python 2

• victornsi / DT-AVT

  Digital Thread Analysis and Visualization Tool

  visualizationtoolanalysiscompositesribwebdigital-threaddigital-twins
  Language:MATLAB 2

• wjbg / IH---Parametric-Study

  A parametric study into the influence of current, frequency, and conductivity on the power dissipated during induction heating.

  compositessimulationinduction-heating
  Language:MATLAB 2

• ChongyangZeng1 / Failure_models_Composites

  Failure criteria for composites considering fiber and matrix.

  compositesfailurefibermatrix
  Language:MATLAB 1

• chrkrogh / KinDrape

  A simple and compact kinematic draping algorithm.

  compositesdrapingfabricsoptimizationmanufacturing
  Language:Jupyter Notebook 1

• daedalus / interesting_numbers

  Some interesting numbers to lookup in factordb

  prime-numberscompositesintergersfactoringfactoring-integersfactordb
  1

• emefff / Geometry-Generation-in-Salome-for-Composite-and-Porous-Materials

  Python scripting in Salome allows us to automatically generate random particles or pores. With subsequent operations we are able to build composite or porous bodies for study in Code_Aster.

  code-astercompositesmechanics-of-solidsmesh-generationsalomesalome-mecastep-file
  Language:Python 1

• giobrol / ANN_functions

  ANN functions to calculate some mechanical properties of unidirectional composites

  annmechanical-engineeringartificial-neural-networksmicromechanicscompositesunidirectional-compositesmechanical-propertiesshear-modulustransverse-modulustransverse-tensile-strengthlongitudinal-tensile-strength
  Language:MATLAB 1

• marioruiarruda / Mazars_UMAT

  UMAT for ABAQUS using Mazars Concrete Damage Model with Fracture Energy Regularization

  compositesfortranumatconcreteabaqus
  Language:Fortran 1

• stdlib-js / math-iter-sequences-composites

  Create an iterator which generates a sequence of composite numbers.

  nodejsjavascriptstdlibnodenode-jsmathematicsmathcompositescompositeprimeintegerintnumbersequenceiteratoriterateiterationiter
  Language:JavaScript 1

• vivarium-collective / vivarium-chemotaxis

  Multi-scale model of E. coli chemotaxis

  multi-scalecompositesflgpmfche
  Language:Python 1

• wjbg / eppy

  eppy - Eddy current simulations for induction welding

  compositesinduction-heatingsimulation
  Language:Python 1

• wjbg / py.CLT

  Classical Lamination Theory in Python

  compositesengineeringopeneducation
  Language:Python 1

• CraCS-research-group / ANSYS-Fatigue-Cohesive-Element

  This repository contains a subroutine for an ANSYS Mechanical APDL cohesive element for the modelling of multiple delamination quasi-static and fatigue onset/initiation and propagation. The subroutine also calculates the J-integral in the cohesive zone. Test cases are also included showcasing these capabilities.

  ansys-apdlcompositesdelamination-modelling
  0

• wjbg / tompouce

  Python OOP implementation of the Classical Lamination Theory

  compositesopen-educationopen-sciencepython
  Language:Python 0