... performance as compared to plain jets. The fluidic oscillator increases the jet impingement area on the target surface by maintaining a steady and controlled oscillatory flow. The continuous advancements in the design improvement of fluidic oscillators have led to further enhancements of heat and fluid flow...

... at various pressures between 8.0 and 13.0 MPa have been utilized to bring out salient findings related to fluid flow and heat transfer. The data have also been utilized to make comparison with generalized NC flow correlation available in the literature. Besides, few popular heat transfer correlations have...

... 2 shows good agreement with experimental data reported by Salmi et al. [ 5 ]. The author also validated the SST model for fluid flow between two parallel plates filled with spacers [ 17 ] and the results produced by Chakraborty et al. [ 45 ]. Two meshes are used to test the grid independence...

...Amin Davari; Mehdi Maerefat In the present study, analysis of fluid flow and heat transfer in the entrance and periodically fully developed regions of a channel with porous baffles is numerically studied. The Navier–Stokes and Brinkman–Forchheimer equations are used to model the fluid flow...

.... Figure 7 shows the flow pattern at the inlet of the brake disk visualized by neutrally buoyant helium bubbles. The helium bubbles were released from a generator placed on the rotation axis upstream the ventilated brake disk. The rotation of the brake disk initiates an outward fluid flow...

...A. M. I. Mohamed; R. Hoettiba; A. M. Saif Heat transfer enhancement using corrugated ribbed passages is one of the common enhancement techniques inside heat exchangers. The present study investigated numerically the effect of the corrugation rib angle of attack on the fluid flow and heat transfer...

... transfer moisture vortices heat transfer fluid flow mass transfer confined flow friction coefficient moisture diffusivity moisture transfer coefficient drying Variation of overall drying times for the moisture diffusivity and blockage ratio ranges of D = 1 × 10 − 5...

... at different locations for various parameters. Parameters such as heat input, operating temperature, and filling ratio were varied to determine its effect on the overall heat transport. Neutron radiography was simultaneously implemented to create images of the internal working fluid flow at a rate of 30 frames...

...S. Acharya; B. R. Baliga; K. Karki; J. Y. Murthy; C. Prakash; S. P. Vanka Pressure-based finite-volume techniques have emerged as the methods of choice for a wide variety of industrial applications involving incompressible fluid flow. In this paper, we trace the evolution of this class of solution...

... 2006 05 09 2006 liquid metals porosity laser beam welding solidification laser welding modeling heat transfer fluid flow pulse control porosity formation prevention Joining of components with high precision and small heat-affected zone has recently made laser welding...

...Jun Zhou; Hai-Lung Tsai; Pei-Chung Wang Numerical and experimental studies were conducted to investigate the heat transfer, fluid flow, and keyhole dynamics during a pulsed keyhole laser welding. A comprehensive mathematical model has been developed. In the model, the continuum formulation was used...

... with droplet injection was developed to understand the influence of fluid flow on the mixing, dilution depth, and deposition dimension, while incorporating melting, solidification, and evaporation phenomena. The fluid flow in the melt pool that is driven by thermal capillary convection and an energy balance...