This work focuses on the hydroelastic vibration of vertical functionally graded (FG)
microplates partially in contact with a fluid. The nonlocal Lam strain gradient theory is here …

Acoustic manipulation has emerged as a promising microtarget control method with
potential applications in microchip assembly, noncontact control of chemical materials, and …

The objective of this study was to explore from a theoretical perspective the relationship
between dry mode shapes and the distortions associated with wet mode shapes. This study …

Classical Chladni patterns formed by vibrations of flat plates have been studied for centuries
and are well understood. In this Letter, we show dexterous formation of unconventional …

In high head Francis turbines and pump-turbines in particular, Rotor Stator Interaction (RSI)
is an unavoidable source of excitation that needs to be predicted accurately. Precise …

Bulb turbine is widely used on the utilization of the hydraulic resources with relatively low
head and the tidal energy, and it is troubled by fatigue problems. Thus, it is significant to …

This paper proposes and evaluate coupled structural acoustic simulation, SAS, as the
preferred method to predict the added mass and moments of inertia of turbine runners in …

To accelerate the integration of fluctuating renewable energy technologies in the power
systems, it is necessary to increase the flexibility of hydropower by operating turbines at off …

Featured Application The development of a novel methodology for the identification of the
natural frequencies of rotating structures partially submerged in water, such as the rotors of …

Analysis of the structural vibration, under the sound excitation is an important part of the
quality assurance during the design process of devices. One of the most commonly used …