
Hopsan
Publié par Robert Braun and Peter Nordin
A modelling and simulation tool for fluid power and mechatronic systems
Certaines parties de cette page apparaissent dans la langue dans laquelle elles ont été écrites, car la traduction n'est pas terminée.
Points clés
- Builds models of fluid power circuits from pumps, valves, cylinders, and lines.
- Runs time-domain simulations of combined fluid, mechanical, and control components.
- Supports mechatronic models that mix hydraulic and signal domains.
- Dual-licensed under Apache-2.0 and GPL-3.0 across different parts of the code.
- Distributed for Linux workstations.
À propos de cette application
Hopsan is a modelling and simulation environment for fluid power and mechatronic systems. It is used to assemble components such as pumps, cylinders, valves, and lines together with mechanical and control elements, then run time-domain simulations of how the assembled system behaves. This makes it applicable to hydraulic and pneumatic circuit studies, drivetrain work, and mixed domains where fluid, mechanical, and signal components interact in one model.
The project is developed by Robert Braun and Peter Nordin and distributed under a combination of Apache-2.0 and GPL-3.0 terms, reflecting different licensing for separate parts of the codebase. Users redistributing or embedding portions of it should check which terms apply to the component they are working with.
Packaging here targets Linux, so it fits engineering workstations running that platform. Tools of this type generally reward familiarity with the underlying physical equations: building a useful model means understanding the component parameters being entered, and simulation output reflects the assumptions in the model rather than a measured system.
Où l’obtenir
Linux
- Ouvrir sur FlathubOuvre un nouvel ongletDépôt de paquetsFlathub
De l’éditeur
Installer depuis un terminal
flatpak install flathub com.github.hopsan.Hopsan
Nous n’hébergeons pas ce fichier, nous ne l’analysons pas et nous n’en inspectons pas le contenu. Lisez ce qu’en dit la source, puis décidez par vous-même.