2006Jisuanji fangzhenRequires access

Modelica and Its Mechanism of Multi-domain Unified Modeling and Simulation

Liping Chen

Open publisher page 12 citations

Abstract

Modelica and its main characteristics were first introduced, and then the mechanism of multi-domain unified modeling and simulation with Modelica was proposed. The reason that Modelica is suitable for modeling complex system was analyzed. The method for complex product modeling with Modelica was discussed, and the current status of the development of Modelica based modeling and simulation tools was proposed. Finally, the advantages of multi-domain unified modeling with Modelica were summarized.

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What this paper is about

Modelica and its main characteristics were first introduced, and then the mechanism of multi-domain unified modeling and simulation with Modelica was proposed. The reason that Modelica is suitable for modeling complex system was analyzed. The method for complex product modeling with Modelica was discussed, and the current status of the development of Modelica based modeling and simulation tools was proposed. Finally, the advantages of multi-domain unified modeling with Modelica were summarized.

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OpenAlex reports 12 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Modelica and its main characteristics were first introduced, and then the mechanism of multi-domain unified modeling and simulation with Modelica was proposed. The reason that Modelica is suitable for modeling complex system was analyzed. The method for complex product modeling with Modelica was discussed, and the current status of the development of Modelica based modeling and simulation tools was proposed. Finally, the advantages of multi-domain unified modeling with Modelica were summarized.

Key concepts: Modelica, Domain (mathematical analysis), Modeling and simulation, Computer science, Mechanism (biology), Control engineering, Simulation, Engineering

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