GetStarted file for the SDTLIB demos.

Table of Contents

1. Installation

The required MATLAB configuration for the SDTLIB_v1_1 demos:
Once the folder SDTLIB_V1_1_demo_R2020b folder is unzipped on your computer at: yourDirectory>SDTLIB_V1_1_demo_R2020b, you can launch MATLAB and give the path to this folder by navigating to the yourDirectory folder using the Current Folder Toolbar and :
addpath(genpath('SDTLIB_V1_1_demo_R2020b'))

2. DEMO

The subfolder DEMO contains 2 live scripts and the associated SIMULINK files to run 2 demos
The subfolder SDTfct contains a light version of the SDTLIB_V1_1 functions and documentations.

3. Important notices

4. To go further

This demo files aim at demonstrating the capacity of the SDTlib to model, analyze, and control space systems. The full version of SDTlib offers many more features to model flexible multi-body systems, including: NASTRAN/PATRAN interfaces, flexible beams and plates, revolute joints, mechanims, on-board angular momentums... The user is invited to download the SDTlib User's Manual here for an in-depth overview of SDTlib. A list of some of our most recent application studies, all based on the SDTlib, is provided here with the associated publications:
In addition, some publications related to ongoing developments:
The SDTlib is now developed by the company DyCSyT (DYnamics and Control of SYstems: Tools). If you are interested in the full version of the SDTlib, please contact Ervan Kassarian (ervan.kassarian@dycsyt.com), Daniel Alazard (daniel.alazard@isae-supaero.fr) or Francesco Sanfedino (francesco.sanfedino@isae-supaero.fr).