Due to the high importance of heat transfer, especially convection type, in industrial
applications finding some methods to increase the rate of heat transfer and consequently the …

Applications of ultrasonic energy to enhance a wide variety of processes or to improve
system efficiency have been explored since about 1960s. This work makes an overview of …

In this research, two methods, the multi-layer perceptron (MLP) neural network and the
adaptive neuro-fuzzy inference system (ANFIS), were employed to find the best relationship …

This research focuses on the heat transfer of laminar water flow in a square channel under
28–120 kHz and 60–120 W ultrasonic waves, irradiated along the streamwise direction. The …

The thermal effect of power ultrasound (PUS) converts acoustic energy into heat energy and
promotes cement hydration, whereas the effective propagation distance and mechanisms …

The integration of ultrasound to enhance the natural convection heat transfer in an
enclosure was experimentally investigated. The effects of ultrasonic power, ultrasonic …

Experiments were conducted to investigate the effects of ultrasonic waves on subcooled
pool boiling on a small plain heating surface. Ultrasonic waves with different amplitudes (0 …

This research presents an alternative approach using numerical modelling for the prediction
of simplified ultrasound distribution in a 3D water flow domain. The simulation was …

The influence of ultrasound on convective heat transfer depending on the flow regime is
investigated in this study, using an experimental setup consisting of a rectangular channel …

This paper presents a numerical study of the heat transfer enhancement outside the pipe
bundle under the effect of continuous pressure waves (PW) stimulated by a vibrating …