Object-Oriented Design of Electromechanical Energy Converters
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In monograph is represented a new approach to designing and mathematical modeling of Electromechanical Energy Converters (EMEC), based on the concepts of object-oriented analysis. Object-oriented design principles allow to generate EMEC templates and mathematical models using the accumulated information of base classes with applying modifiers and synthesis operators. The developed object-oriented classification of EMEC species diversity has a unified uniform template for all EM and combines the functions of organizing a scientific presentation on EMEC with a parallel mathematical representatio...
In monograph is represented a new approach to designing and mathematical modeling of Electromechanical Energy Converters (EMEC), based on the concepts of object-oriented analysis. Object-oriented design principles allow to generate EMEC templates and mathematical models using the accumulated information of base classes with applying modifiers and synthesis operators. The developed object-oriented classification of EMEC species diversity has a unified uniform template for all EM and combines the functions of organizing a scientific presentation on EMEC with a parallel mathematical representation. The correspondence between program and real objects is achieved by combining data and functions. For the first time, it was proposed to apply the advantages of object-oriented analysis, previously used only in programming, in the theory of calculation and design of EMEC.
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