Diagnosis of Static Eccentricity in Switched Reluctance Motors Based on Mutually Induced Voltages

Unbalanced Magnetic Force Mitigation and Torque Ripple Reduction in Eccentric Switched Reluctance Motors Using Flux Leakages

“…The possibility of sampling mutually induced voltages for detection of EFs has been studied in [6], but no literature has considered using them as a method to compensate faults effects. Here, based on simulation results that show that if UMF is controlled based on sampling F r , it is seen that flux leakage Considering λ leakage = v induced dt, flux leakage of every pole can be evaluated, and knowing the vicinity of λ leakage in healthy operation, a reference value can be assigned for that.…”

“…EFs can be detected by monitoring several parameters of the motor such as torque, stator current, temperature, and inductance [3][4][5]. Also, mutually induced voltages have introduced as a good criteria for detection of EFs in [6].…”

Comparison of analytical models for mutually coupled dual-channel SRM under different operation modes

“…Region I [θ on , θ 1 ]: In region I, the turn-on angle θ on under DCO mode also commonly nears the unaligned position θ u , it also can be seen from Figure 11 that @ L/@ θ % 0,@ M/@ θ % 0and i(θ on ) = 0, in terms of (22) the derivative of phase current is given by di dθ…”

“…As soon as the magnetic characteristics of phase self-and mutual inductances are obtained, the phase current of DCSRM is able to be implemented by some numerical method of integration according to (22)- (27).…”

“…Reference [13][14][15] discussed the flux linkage characteristic in two-phase excitation mode, but the change law of mutual inductance against rotor position and phase current is not mentioned. Later on, other authors [16][17][18][19][20][21][22] also discussed the effect of performance of mutual coupling in SRM. However, in these above publications, the dynamic model and the effects of mutual coupling were discussed only for conventional 6/4 or 8/6 SRM.…”