Tools developed in the context of the European Project DESICOS (http://www.desicos.eu).

This repository has been moved to:

https://github.com/saullocastro/desicos

Please, access the documentation here:

http://saullocastro.github.io/desicos/

With the aim to provide fast tools for pre- and post-processing tasks using the finite element software Abaqus, one can use the user-friendly version of the plug-in with a graphic interface by executing the file START_GUI.bat.

You need Abaqus to be executable by the command line abaqus cae

To access all and more fuctionalities from the Python IDE in Abaqus:

>>> from desicos.abaqus.conecyl import ConeCyl
>>> cc = ConeCyl()
>>> cc.fromDB('huehne_2008_z07')
>>> cc.create_model()

Finds the optimal ply piece shape for laminated cones. There are four different tools that can be used:

• The Input-Tool
• The Cone Geometry-Tool
• The Plot Ply Piece-Tool
• The Evaluation-Tool

The content of this repository dealing with semi-analytical models has been moved to:

https://github.com/saullocastro/compmech/blob/master/README.rst

And the modules previously accessed using:

import desicos

can now be accessed doing:

import compmech.conecyl

The aim of this module is to provide a fast and free solver for the linear and non-linear buckling problems being investigated in the context of DESICOS.

Developed by Pavel Schor (schor.pavel@gmail.com), this package brings algorithms to create new imperfection data based on initially given samples. This module is contained inside the "stochastic" folder.

The new BSD License (see the LICENSE file for details) covers all files in the compmech repository unless stated otherwise.