EDStar
We maintain and distribute an open-source development environment that gathers databases, libraries, codes, documentation and textbooks dealing with the statistical-modeling of complex systems. Up to now, EDStar has mainly been used to predict and analyse heat transfer, complex flows, infrared/solar radiation and interacting biological-agents in engineering, astrophysical, environemental and medical research contexts.
For industrial research contracts and course schedules, please contact Meso-Star at http://meso-star.com
Downloads
Git for star-engine together with a first implementation example
Svn for mcm, mcm3D, codes and databases
LibrariesCodesDatabasesDocumentation and textbooks |
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Tutorials
Install star-engine
Install a first example code using star-engine
Latest simulation example
EDSTar was recently used by Meso-Star (http://meso-star.com) to simulate the thermal behaviour of a block of buildings. The physical model takes into account
- Full 3D unstationnary conduction into solids.
- Natural convection and ventilation within each room, mixed convection along the enveloppe.
- Detailled angular description of infrared radiation within the room and between buildings
- Detailled angular description of solar radiation and its thermal impact on the enveloppe, within each room, including complete 3D shadowing and multiple reflection effects.
- Heating system within each room
In one single simulation, all geométrical and temporal scales are represented, from the centimeter scale
to the building scale,
and from minutes to lifetime integrated quantities.
Licence:
All the documentation and textbooks distributed with EDStar are protected by the folowing licence:
EDStar documentation and textbooks de Starwest est mis à disposition selon les termes de la licence Creative Commons Attribution - Pas d'Utilisation Commerciale - Pas de Modification 4.0 International.
Fondé(e) sur une œuvre à http://edstar.lmd.jussieu.fr.