• 110. Identification method for backbone curve of cantilever beam using van der Pol-type self-excited oscillation

(NONLINEAR DYNAMICS 103 (4) , pp.3429-3442) Urasaki, S and Yabuno, H

• 109. Measurement of added mass for an object oscillating in viscous fluids using nonlinear self-excited oscillations

(NONLINEAR DYNAMICS 102 (4) , pp.1987-1996) Yang, JH; Yabuno, H; Yamamoto, Y, sMatsumoto, S

• 108. Sensorless Self-Excited Vibrational Viscometer with Two Hopf Bifurcations Based on a Piezoelectric Device

( SENSORS 21 (4)) Urasaki, S; Yabuno, H; Yamamoto, Y.; Matsumoto, S

• 107. Hopf-Hopf interactions in a spring-supported pipe conveying fluid

(MECHANICAL SYSTEMS AND SIGNAL PROCESSING 152) Yamashita, K, Nishiyama, N, Katsura, K, Yabuno, H

• 106. Suppression of a nonplanar motion in an externally excited string by the addition of viscosity based on velocity feedback control

(NONLINEAR DYNAMICS 104 (4) , pp.3205-3221) Kim, S and Yabuno, H

• 105. Review of applications of self-excited oscillations to highly sensitive vibrational sensors

(ZAMM-ZEITSCHRIFT FUR ANGEWANDTE MATHEMATIK UND MECHANIK 101 (7)) Yabuno, H.

• 104. Cantilever self-excited with a higher mode by a piezoelectric actuator

( NONLINEAR DYNAMICS 106 (1) , pp.295-307) Zhou, KY; Urasaki, S and Yabuno, H

• 103. Highly sensitive measurements of perturbations in stiffness of a resonator by virtual coupling with a virtual resonator

(NONLINEAR DYNAMICS 107 (2) , pp.1755-1764) Uemori, M; Yabuno, H; Yamamoto, Y.; Matsumoto, S

• 102. Amplitude control for sensorless self-excited oscillation of cantilever based on a piezoelectric device

(NONLINEAR DYNAMICS 108 (1) , pp.15-25) Urasaki, S and Yabuno, H