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  • Broschiertes Buch

Many theoretical aspects are to be taken into consideration when a PM-assisted Synchronous Reluctance Motor has to be designed. This make the designer work complex and a broad knowledge on various topics is needed in order to obtain satisfactory results. This book is intended to give a general overview on those aspects and guide the reader to the right key choices (e.g. winding type, number of poles, rotor topology). Moreover, a PMaSynRM design example is extensively presented. The design process includes analytical calculations (initial design and PM amount minimization) and finite element…mehr

Produktbeschreibung
Many theoretical aspects are to be taken into consideration when a PM-assisted Synchronous Reluctance Motor has to be designed. This make the designer work complex and a broad knowledge on various topics is needed in order to obtain satisfactory results. This book is intended to give a general overview on those aspects and guide the reader to the right key choices (e.g. winding type, number of poles, rotor topology). Moreover, a PMaSynRM design example is extensively presented. The design process includes analytical calculations (initial design and PM amount minimization) and finite element method (FEM) based design optimization. Lastly, a comparative analysis with other rotor topologies is made, where motor performance, temperature effects and production costs are taken into account.
Autorenporträt
Luigi Marino ist ein auf Konservierung spezialisierter Architekt. Er war Professor für architektonische Restaurierung und unterrichtete Archäologische Restaurierung und Konstruktionsmerkmale historischer Gebäude in Florenz und anderen Universitäten. Direktor an der Schule für Fortgeschrittene in der Konservierung/Aufwertung von Architektur im Ruinenzustand.