The influence of the micropump`s winding shape and magnetic circuit configuration on the generated electromagnetic torque characteristic. Part I: FEM analysis

Sebastian Bartel; Tomasz Trawiński

doi:10.15199/48.2016.05.48

The influence of the micropump`s winding shape and magnetic circuit configuration on the generated electromagnetic torque characteristic. Part I: FEM analysis

Przetłumaczony tytuł wkładu: Analiza wpływu kształtu uzwojeń oraz konfiguracji obwodu magnetycznego napędu mikropompy do przetaczania krwi

Sebastian Bartel
, Tomasz Trawiński

Katedra Mechatroniki (RE/RE6)

Silesian University of Technology

Wyniki badań: Wkład do czasopisma › Artykuł › recenzja

3 Cytowania z bazy Scopus

Abstrakt

In this article is shown the research process of electromagnetically driven blood micropump winding shape as well the configuration of magnetic circuit influence on its generated electromagnetic torque. Analysis of the winding shape is intended to increase the electromagnetic torque values generated by the micropump and to assure more smooth torque characteristic versus angular displacement of blood chamber. This analysis is based on a spatial field model of an electromagnetically driven pulse micropump and have been made using the finite element method.

Przetłumaczony tytuł wkładu	Analiza wpływu kształtu uzwojeń oraz konfiguracji obwodu magnetycznego napędu mikropompy do przetaczania krwi
Język oryginału	angielski
Strony (od–do)	240-244
Liczba stron	5
Czasopismo	Przeglad Elektrotechniczny
Tom	92
Numer wydania	5
Identyfikatory DOI	https://doi.org/10.15199/48.2016.05.48
Status publikacji	Opublikowano - 1 kwi 2016

Obszary tematyczne ASJC Scopus

Inżynieria elektryczna i elektroniczna

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10.15199/48.2016.05.48

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abstract = "In this article is shown the research process of electromagnetically driven blood micropump winding shape as well the configuration of magnetic circuit influence on its generated electromagnetic torque. Analysis of the winding shape is intended to increase the electromagnetic torque values generated by the micropump and to assure more smooth torque characteristic versus angular displacement of blood chamber. This analysis is based on a spatial field model of an electromagnetically driven pulse micropump and have been made using the finite element method.",

keywords = "Artificial heart, Electromagnetic drive, FEM, Micropump",

author = "Sebastian Bartel and Tomasz Trawi{\'n}ski",

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N2 - In this article is shown the research process of electromagnetically driven blood micropump winding shape as well the configuration of magnetic circuit influence on its generated electromagnetic torque. Analysis of the winding shape is intended to increase the electromagnetic torque values generated by the micropump and to assure more smooth torque characteristic versus angular displacement of blood chamber. This analysis is based on a spatial field model of an electromagnetically driven pulse micropump and have been made using the finite element method.

AB - In this article is shown the research process of electromagnetically driven blood micropump winding shape as well the configuration of magnetic circuit influence on its generated electromagnetic torque. Analysis of the winding shape is intended to increase the electromagnetic torque values generated by the micropump and to assure more smooth torque characteristic versus angular displacement of blood chamber. This analysis is based on a spatial field model of an electromagnetically driven pulse micropump and have been made using the finite element method.

KW - Artificial heart

KW - Electromagnetic drive

KW - FEM

KW - Micropump

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The influence of the micropump`s winding shape and magnetic circuit configuration on the generated electromagnetic torque characteristic. Part I: FEM analysis

Abstrakt

Obszary tematyczne ASJC Scopus

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