The dynamic model of the curved pipes conveying fluid, established by the generalized
Hamiltonian principle, has been widely used to study the vibration properties of pipes with …

Sediment wear is a significant cause of hydro-turbine failure. The wavelet threshold and
ensemble empirical mode decomposition (WT-EEMD) method is proposed to denoising the …

Layout optimization of elastic supports is an effective approach to address the resonance
problem of an industrial post-manufactured pipeline. However, previous investigations of …

Flexural vibration of pipes is a common problem in many practical engineering applications,
which usually influences the operating state of the system or even causes damage of the …

The modeling of a slightly curved pipe conveying fluid usually adopts the Euler–Bernoulli
beam theory. In this paper, a dynamic model of the slightly curved pipe conveying fluid …

This study concerns a monitoring technique based on vibration measurements for identifying
the presence of an acoustic source in a fluid-filled pipe conveying turbulent flow. In such …

For acoustic source localisation in a fluid, sound pressure is traditionally measured using a
microphone array, and acoustic beamforming is then applied to the pressure signals to …

In order to research the structure-borne noise characteristics of a T-shaped tee considering
fluid–structure interaction (FSI), large eddy simulation and the acoustic finite element …

Optimizing heat transfer in the evaporator tubes is essential for obtaining optimal
coefficients. Deviation from ideal nucleated boiling configurations can lead to rapid …

To mitigate flow-induced noise in sonar self-noise, this study introduces a vibro-acoustic
modeling technique for sonar cabins. This technique couples a turbulent-flow-excited plate …