A New 3D Method for Reactor Core Vibration Based on Silicon Steel Lamination Rules and Application in UHV Shunt Reactors

<div>The average of displacement (<i>d</i>) with different air gap numbers. The vibration displacement of each component (iron and cakes) of the reactor core increases as the number of air gaps increases.</div>

Mathematical Problems in Engineering

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Figure 8

Figure 8: A New 3D Method for Reactor Core Vibration Based on Silicon Steel Lamination Rules and Application in UHV Shunt Reactors 