Abstract
This paper presents an approach to computational synthesis of dynamic systems. The foundation of the approach is a function vocabulary for energy-transforming systems that is based on the modelling concepts of bond graphs. The function vocabulary extends those described in the literature by including functions prevalent in dynamic systems.
A computational synthesis procedure for dynamic systems, which is based on the developed function vocabulary and “classical” design methodology, and its implementation in a computer program is outlined. The program can also simulate the dynamic behaviour of a proposed design concept. The application of the procedure is demonstrated on an accelerometer design problem.
Volume Subject Area:
6th International Conference on Design Theory and Methodology
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Copyright © 1994 by The American Society of Mechanical Engineers
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