Object-Oriented Modeling and Simulation of an Engine with Modelica
Jiong Li
Abstract
Jiong Li
Abstract
According to the principle of independence and physical integrality, an object-oriented modeling approach has been adopted using Modelica/Dymola as programming environment. The library of engine component is set up. Then following reality constituent of engine and connecting component, a single cylinder engine has been created, though fire interval and fire order, a control-oriented four cylinders engine is build, performance of engine is simulated and researched.
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According to the principle of independence and physical integrality, an object-oriented modeling approach has been adopted using Modelica/Dymola as programming environment. The library of engine component is set up. Then following reality constituent of engine and connecting component, a single cylinder engine has been created, though fire interval and fire order, a control-oriented four cylinders engine is build, performance of engine is simulated and researched.
Key concepts: Modelica, Component (thermodynamics), Object-oriented programming, Set (abstract data type), Computer science, Cylinder, Engineering, Simulation