In this paper, a relatively new semi-analytical method, called differential transformation
method (DTM), is generalized to analyze the free vibration problem of pipes conveying fluid …

The dynamical modeling, multi-pulse orbits and chaotic dynamics of cantilevered pipe
conveying pulsating fluid with harmonic external force are studied using the energy-phase …

In this paper, nonlinear equations of three-dimensional motion are established for straight
fluid-conveying pipes with general boundary conditions. Firstly ten springs at the two ends of …

The aim of the present paper is to compare two different methods available for reducing the
complicated dynamics exhibited by large amplitude, geometrically nonlinear vibrations of a …

The nonlinear resonant responses, mode interactions, and multitime periodic and chaotic
oscillations of the cantilevered pipe conveying pulsating fluid are studied under the …

The geometric nonlinear response of a water-filled, simply supported circular cylindrical
shell to harmonic excitation in the spectral neighbourhood of the fundamental natural …

These lecture notes are related to the CISM course on” Modal Analysis of nonlinear
Mechanical systems”, held at Udine, Italy, from June 25 to 29, 2012. The key concept at the …

The proper orthogonal decomposition method is used to obtain a low-dimensional model for
the planar non-linear dynamics of a horizontal fluid-conveying cantilever undergoing a limit …

A least-square-based method to identify the system matrices of linear dynamical systems is
proposed. The primary focus is on the identification of a reduced-order model of the system …

Absorption of acoustic nanowave in specific frequency region is important for the design of
acoustic filter. This paper puts forward a meta material model made up of fluid-conveying …