Add-on library BG V.2.1 for graphical programming of Bondgraphs by means of Simulink- all rights reserved - Dr. Geitner ETI/TU Dresden |
Download of last version
BG V.2.1
inclusive examples and documentation. Download of previous versions.
Lists of examples: Summary of block icon, functionality and block mask as well as parameter input in a list. |
BG V.2.1 - available documentations:
Examples "Mechatronics" including specification of numbers and pages with kind authorization refer
to: Scherf, H. E. "Modellierung und Simulation dynamischer Systeme", Oldenbourg Verlag, 2003.
Realization independent approaches for state control structures offers: Zäh, M.; Brandenburg,
G. "Das erweiterte Dämpfungsoptimum", Automatisierungstechnik (at) Bd. 35 (1987) H.7, S. 275/83.
Suggestions regarding the Kelvin-Voigt-Element and the modeling of a belt conveyor contains:
Drüßner, U. “Development of Real-Time Minimal Models for Belt Conveyor Systems”, in
Proceedings of the 2004 International Power Electronics and Motion Control Conference (EPE-PEMC),
CD: A77441.
Some examples refer to a comparison to likewise power flow oriented modeling methods "Power Oriented Graph
(POG)" by R. Zanasi (Modena / Italy) and "Energetic Macroscopic Representation (EMR)" by A. Bouscayrol
(Lille / France) - see International Workshop "Modelling and control of electrical systems
(MCES)", Lille, Nov. 13./14. 2006.
Parameterisation
Please note the correct input of parameters regarding the units and the positioning of the parameter
within the underlying equation. Please do not use unit prefixes as a basic principle. The product of
effort and flow must be a power value for each bond connection and in each energy domain.
Parameter input possibilities:
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