Scientific Software

Scientific software in the public domain:

• pyfe3d - General-purpose finite elements solver based on Python and Cython 

• composites - High-performance Python module to calculate composite plate stiffness and inertial properties

• panels  -  Semi-analytical tools for buckling and post-buckling of plates, shells and stiffened panels

• cubature  -  Multi-dimensional numerical integration of vector-valued functions

• structsolve  -  Convenient structural analysis solvers using dense or sparse matrices

• tuduam: Integrates the resources from the Wigeon and Aetheria projects into a common Python module that is used as the backend for our TU Delft course on Urban Air Mobility.

• bovafwcyl - Bayesian Optimisation of Variable-Angle Filament Wound CYLinders 

• meshless  -  Python implementation of the Edge-based Smoothed Point Interpolation Method (ES-PIM)

• compmech  -  Computational Mechanics in Python

• pyNastran  -  Interface library to various NASTRAN file formats

• tudaesasII  -  TU Delft, Aerospace Engineering, SASII - Repository to assist students with the assignments

• alg3dpy  -  3D algebra in Python 

• bfsplate2d  -  Python implementation of the BFS plate element in 2D

• bfscplate2d - Python implementation of the BFSC plate element, described in Castro and Jansen 2021

• bfsccylinder - Python implementation of the BFSC cylindrical shell element, described in Zhihua et al. 2021

• dicpp - Post-processing tools for digital image correlation, described in Castro et al. 2021

• Improved software for the DESICOS project

Scientific software available upon request:

Everything is public so far...  :)

Some more information about my programming activities you can find here:

• https://github.com/saullocastro