Axial Hysteretic Mechanical Characteristics of Wire Rope Isolators and Parameter Identification with a Novel Algebraic Closed-Form Model.

Under axial preload application, the hysteretic response characteristics of the isolators vary significantly with displacement amplitude: at small displacement amplitudes, increasing the preload causes the maximum tensile force f max of both isolators to exhibit a decreasing trend, while their maximum compressive force f min shows an increasing trend.

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