Over the past two decades, vibrational resonance has garnered significant interest and
evolved into a prominent research field. Classical vibrational resonance examines the …

'Vibrations and StabilityÁÁÁ'is aimed at third-to fifth-year undergraduates and postgraduates
in mechanical or structural engineering. The book covers a range of subjects relevant for a …

В книге рассмотрены, объяснены, физически и математически описаны
многочисленные, иногда весьма неожиданные физические эффекты, возникающие …

Strong high-frequency excitation (HFE) may change the" slow"(ie effective or average)
properties of mechanical systems, eg their stiffness, natural frequencies, equilibriums …

This paper presents a spectral-Tchebychev technique for solving linear and nonlinear beam
problems. The technique uses Tchebychev polynomials as spatial basis functions, and …

Книга посвящена вибрационной механике и вибрационной реологии–новым
математическим подходам к изучению действия вибрации на нелинейные …

Mechanical high-frequency (HF) excitation provides a working principle behind many
industrial and natural applications and phenomena. This paper concerns three particular …

The effects of high-frequency parametric excitation on the principal parametric resonance of
a nonlinear beam are studied both theoretically and experimentally. Only the first mode of …

This paper investigates the vibrational resonance and control of the response of a nonlinear
tilted cantilever beam under combined multi-harmonic low and non-resonant, high …

Galloping is an aeroelastic instability which can incite large-amplitude oscillations in lightly
damped structures possessing a bluff frontal geometry. Such oscillations have been shown …