Practical assessment of homothetic dimensioning criteria for induction motors
| Autor: | M. Bailoni, M. De Martin, Alberto Tessarolo, M. Branz, D. Diffen |
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| Přispěvatelé: | IET, Tessarolo, Alberto, Branz, M., Bailoni, Martino, Diffen, D., DE MARTIN, Matteo |
| Jazyk: | angličtina |
| Rok vydání: | 2014 |
| Předmět: |
Engineering
sizing (materials processing) sizing equations Sample (statistics) electric machinery electric machine dimensioning four pole machine Homothetic transformation Set (abstract data type) homothetic dimensioning criteria induction motors Electric machinery Dimensioning specification requirements homothety business.industry Control engineering homotetic laws Sizing industrial application Power (physics) size estimation weight estimation induction motors sizing (materials processing) electric machinery four pole machine homotetic laws homothetic dimensioning criteria induction motor sizing approach industrial application size estimation specification requirements weight estimation electric machine dimensioning homothety induction motors sizing equations induction motor sizing approach business Induction motor |
| Popis: | Induction motors are presently the most widespread kind of electric machinery used in industrial applications. In the engineering practice, it frequently happens that designers or final users have to roughly estimate the size, weight and some basic performance data of an induction motor based on few specification requirements such as its rated speed and power. This paper describes homothety as an effective answer to this problem. The main principles of homothety as an induction motor sizing approach are discussed and quantitative formulas are derived based on theoretical considerations. The homotetic laws are finally assessed considering a set of sample built four-pole machines (whose data are fully available). The assessment confirms homothety as an actually powerful approach for a first-attempt estimation of many motor data including size, weight, utilization factor, current density, electric loading, etc. |
| Databáze: | OpenAIRE |
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