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)
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Updated
May 30, 2024 - R
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)
Composite laminates engineering simulations in Python.
Control software for Marlin-driven filament winders
UMAT subroutines (for FEA code Abaqus) to model progressive damage/failure in FRP composites
Calculate properties of composite laminates.
Command line tools for creating models of composite wind turbine blades
Stiffened Plate Analysis and Design (SPAD)
Processes C-scans, calculates time-of-flight, identifies contours of damaged regions, and creates a 3D reconstruction of the damage state
Digital Thread Analysis and Visualization Tool
Routines for optimization of composite (e.g. carbon) sandwich based on classical lamination theory
UMAT for ABAQUS using Mazars Concrete Damage Model with Fracture Energy Regularization
Bolted Joint Stress Field Model
Homogeneisation des proprietes mecaniques d'un pli composite
TER 2A - Unidirectional composite material failure
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.
Classical Lamination Theory in Matlab
ANN functions to calculate some mechanical properties of unidirectional composites
Python library used to analyze fiber reinforced composite materials.
A simple and compact kinematic draping algorithm.
Finite elements for 3D problems in Python/Cython
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