Bond graph fluid line models for inclusion with dynamic systems simulations |
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| Authors: | Donald L Margolis |
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| Institution: | Department of Mechanical Engineering, University of California, Davis, CA 95616, U.S.A. |
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| Abstract: | A procedure is presented whereby the control volume equations for one-dimensional, compressible gas dynamics are cast into first-order, state variable form. These equations are interpreted using causal bond graphs. The resulting bond graph is shown to reduce to the classic I-C chain under acoustic constraints and to a more recently developed model of low speed thermal energy transport subject to associated constraints.Through example it is demonstrated that the control volume bond graph is easily coupled to an overall system model and thus can be digitally simulated as part of the overall nonlinear state space representation. The result is that a very accurate gas dynamic model can be coupled with an overall dynamic system model without requiring a prohibitively large number of equations. |
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