1. Modeling and Simulation of Physical Systems Formed by Bond Graphs and Multibond Graphs.
- Author
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Gonzalez-Avalos, Gilberto, Gallegos, Noe Barrera, Ayala-Jaimes, Gerardo, Garcia, Aaron Padilla, Ferreyra García, Luis Flaviano, and Rodríguez, Aldo Jesus Parente
- Subjects
BOND graphs ,ELECTRIC power ,SYNCHRONOUS generators ,SIMULATION methods & models ,POWER resources ,MATHEMATICAL models - Abstract
Current physical systems are built in more that one coordinate: for example, electrical power systems, aeronautical systems and robotic systems can be modeled in multibond graphs (M B G) . However, in these systems, some elements use only one axis or dimension—for example, actuators and controllers—which can be modeled in bond graphs (B G) . Therefore, in this paper, modeling of systems in multibond graphs and bond graphs ( M B G - B G ) is presented. Likewise, the junction structure of systems represented by ( M B G - B G ) is introduced. From this structure, mathematical modeling in the state space is presented. Likewise, modeling of systems on a platform ( M B G - B G ) can be seen as symmetric to the mathematical model that represents these systems. Finally, a synchronous generator modeled by ( M B G - B G ) as a case study is developed, and simulation results using 20-Sim software are shown. Furthermore, an electrical power system connected to the power supply of a DC motor as another case study is explained. [ABSTRACT FROM AUTHOR]
- Published
- 2023
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