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This track will focus on Bond Graph modelling
techniques for dynamic systems. Bond Graphs are a graphical description
formalism that is particularly suited for the concurrent design
of mechatronic systems, i. e., for engineering systems with
mechanical, electrical, hydraulic or pneumatic components including
interactions of physical effects from various energy domains.
CfP for Bond Graph
modelling(pdf-version)
CfP for Bond Graph
modelling(doc-version)
Moreover, Bond Graphs can be used not only for modelling and simulation
but for diagnosis of dynamic physical systems and for control system
design as well. Last but not least, the graphical and causal properties of
Bond Graphs are well suited for software implementation
Accordingly,
topics of this track include (but are not limited to):
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Bond Graph Theory (e.g., for Analysis and Control,
for Diagnosis, ... )
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Advanced Bond Graph Methodology
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Bond Graphs and Block Diagrams
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Computer Graphics and Bond Graph Modelling
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Control Systems
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Mechatronic Systems
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Mechanical Systems and Robotics
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Electrical and Power Systems
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Process Engineering (Chemical, Fluid Power Systems
...)
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Software and Tools
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Industrial Applications of the Methodology
Original papers written in English are solicited for consideration on the
basis of a full paper review. Accepted papers will be published in the
Conference Proceedings. Moreover, the authors of the best papers will be
invited to submit an elaborated manuscript for possible inclusion in a
special issue of an international journal.
Special talk for this track given by
Sergio Junco from the University of
Rosario, Argentina
"Bond Graphs: An Engineering Tool for Integrated
Modelling, Analysis,Diagnostic and Control System Synthesis"
For any questions please contact one of the track organizers:
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