This paper presents the results of simulation studies of thermal conditions controllable magnetorheological fluid clutch. In the first part, the construction of a prototype clutch, the CAD model and the results of measurements of the time for a variety of power clutch, realized on the test bench. An analysis of power losses in the clutch for the different states of operation. Describes the boundary conditions for finite element calculations for steady state operation of thermal coupling. Subsequently, the results of simulations carried out in the FEMM 4.2. The work summarized statement of the simulation results and the conclusions.
Analysis of Established Thermal Conditions for Magnetorheological Clutch for Different Loading Conditions
Lecture Notes in Electrical Engineering ; 324 , Analysis and Simulation of Electrical and Computer Systems
2015
17 Seiten
Aufsatz (Konferenz)
Englisch
Verrutschen , Engineering , Schaltkupplung , Instrumentierung , Leistungsverlust , Methode der finiten Elemente , thermische Kopplung , thermischer Zustand , magnetorheologische Flüssigkeit , Messergebnis , simuliertes Ergebnis , Beladungszustand , Mikroelektronik , Betriebszustand , Randbedingung , stationärer Zustand
MODELING, DYNAMIC AND THERMAL ANALYSIS OF THE PROTOTYPE MAGNETORHEOLOGICAL CLUTCH
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