Journal of Applied Mechanics · 1960 · 281 citations · 0 references
Natural SciencesElectrical EngineeringMathematicsDynamical SystemsSystem DynamicsVibrationControl TheoryDissipative SystemsFrequency ResponseNonlinear DynamicsStability TheoryTransient ResponseHysteresisHysteresis EffectsHysteresis ModelingHysteresis PhenomenaHysteretic Response ModelingResonanceResonance Phenomena
Many physical systems exhibit hysteresis which may be adequately described by a bilinear hysteresis model. This paper considers the response of such a system to sinusoidal excitation. It is shown that the system exhibits a soft-type resonance with stable, single-valued response curves. For such a system it is shown that there exists a critical value of the excitation, above which unbounded resonance occurs.