An algorithmic framework to predict properties of composites to aid in meta-modelling process.
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Updated
Jul 14, 2017 - Jupyter Notebook
An algorithmic framework to predict properties of composites to aid in meta-modelling process.
Routines for optimization of composite (e.g. carbon) sandwich based on classical lamination theory
Project: Z-NEV is a global, open source collaboration to design and build a modular zero-net energy vessel. All are welcome.
A Portfolio of sorts
Homogeneisation des proprietes mecaniques d'un stratifie composite
Homogeneisation des proprietes mecaniques d'un pli composite
Composite laminates engineering simulations in Python.
3D FEM / Random Field Models
Cálculo de mecánica de materiales compuestos
Rotation of stress for unidirectional composites in 2-D analysis and calculator for Tsai-Wu theory coefficients to obtain Safety Factor or Maximum applied stress in XY frame.
A library for analyzing composite laminates.
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.
Digital Thread Analysis and Visualization Tool
Multi-scale model of E. coli chemotaxis
eppy - Eddy current simulations for induction welding
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.
Stiffened Plate Analysis and Design (SPAD)
Python library used to analyze fiber reinforced composite materials.
A simple and compact kinematic draping algorithm.
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