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Dynamic modelling of mechatronic multibody systems with symbolic computing and linear graph theory
The application of linear graph theory to the modelling of flexible multibody systems is described. When combined with symbolic computing methods, linear graph theory leads to efficient dynamic models that facilitate real-time simulation of systems of rigid bodies and flexible beams. The natural extension of linear graphs to the modelling of mechatronic multibody systems is presented, along with a recently-developed theory for building complex system models from models of individual subsystems.
Dynamic modelling of mechatronic multibody systems with symbolic computing and linear graph theory
The application of linear graph theory to the modelling of flexible multibody systems is described. When combined with symbolic computing methods, linear graph theory leads to efficient dynamic models that facilitate real-time simulation of systems of rigid bodies and flexible beams. The natural extension of linear graphs to the modelling of mechatronic multibody systems is presented, along with a recently-developed theory for building complex system models from models of individual subsystems.
Dynamic modelling of mechatronic multibody systems with symbolic computing and linear graph theory
McPhee, J. (author) / Schmitke, C. (author) / Redmond, S. (author)
2004
23 Seiten, 25 Quellen
Article (Journal)
English
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