FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285305325> ?p ?o ?g. }

• W4285305325 endingPage "81" @default.
• W4285305325 startingPage "27" @default.
• W4285305325 abstract "The passive sweeping jet fluidic oscillators are a promising potential candidate in heat transfer applications such as gas turbine cooling, electronic components cooling, and heat exchanger enhancement component. This review presents a detailed discussion, summary, and comparison of the heat transfer studies on the sweeping jets. Sweeping jets can be created by two different fluidic oscillators types (i.e., wall-attachment type and jet interaction type). Those passive fluidic oscillators do not need a moving part nor active control to create sweeping jets. In the wall-attachment type, the fluid enters the fluidic oscillator, fills the cavity (mixing chamber and two feedback tubes), and a power jet is formed. Due to the inherent infinitesimal disturbances in the primary flow, when the flow enters the chamber, Coanda effect pushes the flow to one side, introducing two asymmetric vortices in the mixing chamber. The asymmetric flow pattern is amplified through two feedback tubes, causing one vortex to grow bigger and pushing the jet flow to the opposite wall. This behavior of vortex-jet interaction is repeated interchangeably between the two vortices, resulting in a sweeping jet. However, for the jet interaction type, two or more primary jets enter the confined geometry (interaction or mixing chamber) and collide with each other. Counter-rotating vortices are formed inside the interaction chamber. These vortical patterns create and drive the sweeping motion. The review starts with an introduction of the fluid dynamic theory of production of sweeping jets through the passive fluidic oscillators, followed by introducing different types and designs of various fluidic oscillators and their applications in fluid mechanics and heat transfer. The review of heat transfer using sweeping jets is divided into three sections including film cooling, impingement cooling, and other heat transfer schemes in heat exchangers and thermal actuations. A brief review of heat transfer in pulsating jets created by fluidic oscillators is also included." @default.
• W4285305325 created "2022-07-14" @default.
• W4285305325 creator A5049255783 @default.
• W4285305325 creator A5068080767 @default.
• W4285305325 date "2023-01-01" @default.
• W4285305325 modified "2023-09-23" @default.
• W4285305325 title "RECENT ADVANCES IN HEAT TRANSFER APPLICATIONS USING SWEEPING JET FLUIDIC OSCILLATORS" @default.
• W4285305325 cites W1599943566 @default.
• W4285305325 cites W1656911651 @default.
• W4285305325 cites W1663628844 @default.
• W4285305325 cites W1918542744 @default.
• W4285305325 cites W1966975060 @default.
• W4285305325 cites W1968254386 @default.
• W4285305325 cites W1973087670 @default.
• W4285305325 cites W1986400712 @default.
• W4285305325 cites W1989430244 @default.
• W4285305325 cites W2000552581 @default.
• W4285305325 cites W2031027637 @default.
• W4285305325 cites W2032528306 @default.
• W4285305325 cites W2047165786 @default.
• W4285305325 cites W2083926854 @default.
• W4285305325 cites W2086390368 @default.
• W4285305325 cites W2088800255 @default.
• W4285305325 cites W2133866418 @default.
• W4285305325 cites W2144563200 @default.
• W4285305325 cites W2159802369 @default.
• W4285305325 cites W2165064337 @default.
• W4285305325 cites W2175683237 @default.
• W4285305325 cites W2237767514 @default.
• W4285305325 cites W2312985733 @default.
• W4285305325 cites W2313198100 @default.
• W4285305325 cites W2317538609 @default.
• W4285305325 cites W2317629443 @default.
• W4285305325 cites W2318714027 @default.
• W4285305325 cites W2329817547 @default.
• W4285305325 cites W2333844567 @default.
• W4285305325 cites W2334024932 @default.
• W4285305325 cites W2411378542 @default.
• W4285305325 cites W2520209704 @default.
• W4285305325 cites W2568203278 @default.
• W4285305325 cites W2568914618 @default.
• W4285305325 cites W2569856353 @default.
• W4285305325 cites W2574786243 @default.
• W4285305325 cites W2621277360 @default.
• W4285305325 cites W2731390333 @default.
• W4285305325 cites W2741900568 @default.
• W4285305325 cites W2759228591 @default.
• W4285305325 cites W2767616894 @default.
• W4285305325 cites W2783219886 @default.
• W4285305325 cites W2783463974 @default.
• W4285305325 cites W2792644267 @default.
• W4285305325 cites W2793560446 @default.
• W4285305325 cites W2797464713 @default.
• W4285305325 cites W2809815816 @default.
• W4285305325 cites W2810508912 @default.
• W4285305325 cites W2811339020 @default.
• W4285305325 cites W2845705419 @default.
• W4285305325 cites W2890652703 @default.
• W4285305325 cites W2896714183 @default.
• W4285305325 cites W2898148835 @default.
• W4285305325 cites W2901800641 @default.
• W4285305325 cites W2902123576 @default.
• W4285305325 cites W2908123904 @default.
• W4285305325 cites W2908683387 @default.
• W4285305325 cites W2909715147 @default.
• W4285305325 cites W2910924294 @default.
• W4285305325 cites W2912161634 @default.
• W4285305325 cites W2912239854 @default.
• W4285305325 cites W2914726918 @default.
• W4285305325 cites W2920860948 @default.
• W4285305325 cites W2935839244 @default.
• W4285305325 cites W2946015743 @default.
• W4285305325 cites W2955643722 @default.
• W4285305325 cites W2957556200 @default.
• W4285305325 cites W2966366109 @default.
• W4285305325 cites W2974592665 @default.
• W4285305325 cites W2974741218 @default.
• W4285305325 cites W2983853286 @default.
• W4285305325 cites W2988859131 @default.
• W4285305325 cites W2995040015 @default.
• W4285305325 cites W2996863741 @default.
• W4285305325 cites W3001637251 @default.
• W4285305325 cites W3005043748 @default.
• W4285305325 cites W3005807922 @default.
• W4285305325 cites W3007803317 @default.
• W4285305325 cites W3008177917 @default.
• W4285305325 cites W3009495781 @default.
• W4285305325 cites W3011009906 @default.
• W4285305325 cites W3021253530 @default.
• W4285305325 cites W3030655284 @default.
• W4285305325 cites W3035089046 @default.
• W4285305325 cites W3036861352 @default.
• W4285305325 cites W3037264200 @default.
• W4285305325 cites W3038870531 @default.
• W4285305325 cites W3039829896 @default.
• W4285305325 cites W3090738525 @default.
• W4285305325 cites W3118633451 @default.
• W4285305325 cites W3137205400 @default.

• next