FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283720912> ?p ?o ?g. }

• W4283720912 endingPage "125088" @default.
• W4283720912 startingPage "125088" @default.
• W4283720912 abstract "The powder fuel scramjet is one of the most promising propulsion systems for future hypersonic vehicles. To study the flow mechanism and mixing characteristics of gas-particle two-phase fuel in a supersonic crossflow. In this study, the porosity was introduced into the Navier-Stokes equation, and a program suitable for solving gas-particle two-phase flow in the supersonic flow field was developed. The evolution process of vortex structure, hydrogen/metal powder fuel distribution, jet penetration depth, and mixing efficiency in the single-hole and the double-hole jet flow fields were analyzed. The results show that the particle disturbance reduces the center position of the Mach disk, the height of the barrel shock and jet shear layer, intensifies the Kelvin-Helmholtz instability in the flow field and forms a large number of large-scale coherent structures downstream of the jet. The jet and supersonic crossflow interaction form a large-scale CVP structure for hydrogen fuel. Among them, three pairs of CVP structures (including CVP-B, CVP-C, and CVP-D) appear before and after the downstream of the double-hole jet. CVP-C is the main factor affecting the shape and area of the hydrogen fuel reaction zone. For powder fuel, the penetration depth of fuel is mainly affected by the height of the Mach disk and the shear layer. The higher Mach disk and shear layer position, the greater the velocaity obtained by particles and the higher the penetration kinetic energy. The double-hole injection system has a higher fuel penetration depth and higher mixing efficiency of hydrogen and powder fuel. The mixing efficiency of hydrogen fuel at the outlet of the double-hole jet is 0.728, which is 10% higher than that of the single-hole jet; The mixing efficiency of powder fuel is 0.342, which is 2% higher than that of the single-hole jet. However, the complex flow field structure of the double-hole jet leads to a large total pressure loss, about 0.74% higher than that of the single-hole jet." @default.
• W4283720912 created "2022-07-01" @default.
• W4283720912 creator A5009233837 @default.
• W4283720912 creator A5015463546 @default.
• W4283720912 creator A5055793897 @default.
• W4283720912 creator A5072275605 @default.
• W4283720912 creator A5074141507 @default.
• W4283720912 creator A5084134658 @default.
• W4283720912 creator A5090802872 @default.
• W4283720912 date "2022-10-01" @default.
• W4283720912 modified "2023-10-01" @default.
• W4283720912 title "Numerical study on the transverse jet flow and mixing characteristics of hydrogen/metal powder fuel in powder fuel scramjet" @default.
• W4283720912 cites W1998458395 @default.
• W4283720912 cites W2021273376 @default.
• W4283720912 cites W2048579044 @default.
• W4283720912 cites W2059695882 @default.
• W4283720912 cites W2067157953 @default.
• W4283720912 cites W2081300448 @default.
• W4283720912 cites W2092700147 @default.
• W4283720912 cites W2103086749 @default.
• W4283720912 cites W2113589213 @default.
• W4283720912 cites W2161239557 @default.
• W4283720912 cites W2199674061 @default.
• W4283720912 cites W2317261187 @default.
• W4283720912 cites W2318078274 @default.
• W4283720912 cites W2319709513 @default.
• W4283720912 cites W2321781779 @default.
• W4283720912 cites W2322739643 @default.
• W4283720912 cites W2344476636 @default.
• W4283720912 cites W2511341200 @default.
• W4283720912 cites W2518624192 @default.
• W4283720912 cites W2519451917 @default.
• W4283720912 cites W2534981495 @default.
• W4283720912 cites W2558559276 @default.
• W4283720912 cites W2579029105 @default.
• W4283720912 cites W2613803504 @default.
• W4283720912 cites W2623950114 @default.
• W4283720912 cites W2737597770 @default.
• W4283720912 cites W2754743969 @default.
• W4283720912 cites W2792400838 @default.
• W4283720912 cites W2793736439 @default.
• W4283720912 cites W2796039672 @default.
• W4283720912 cites W2838827663 @default.
• W4283720912 cites W2883985231 @default.
• W4283720912 cites W2911872766 @default.
• W4283720912 cites W2932673233 @default.
• W4283720912 cites W2942446037 @default.
• W4283720912 cites W2949010794 @default.
• W4283720912 cites W2969899692 @default.
• W4283720912 cites W2969911041 @default.
• W4283720912 cites W2976760845 @default.
• W4283720912 cites W2979372900 @default.
• W4283720912 cites W2986263117 @default.
• W4283720912 cites W2987480084 @default.
• W4283720912 cites W2989740181 @default.
• W4283720912 cites W2998880308 @default.
• W4283720912 cites W3026627473 @default.
• W4283720912 cites W3045239227 @default.
• W4283720912 cites W3047542899 @default.
• W4283720912 cites W3047928578 @default.
• W4283720912 cites W3081240916 @default.
• W4283720912 cites W3083378906 @default.
• W4283720912 cites W3085062904 @default.
• W4283720912 cites W3106058362 @default.
• W4283720912 cites W3113291768 @default.
• W4283720912 cites W3118822811 @default.
• W4283720912 cites W3129613722 @default.
• W4283720912 cites W3133846634 @default.
• W4283720912 cites W3134326476 @default.
• W4283720912 cites W3134700392 @default.
• W4283720912 cites W3146307312 @default.
• W4283720912 cites W3157310327 @default.
• W4283720912 cites W3160384435 @default.
• W4283720912 cites W3164754559 @default.
• W4283720912 cites W3184662706 @default.
• W4283720912 cites W3185201156 @default.
• W4283720912 cites W3196454179 @default.
• W4283720912 cites W3196729144 @default.
• W4283720912 cites W4200582346 @default.
• W4283720912 doi "https://doi.org/10.1016/j.fuel.2022.125088" @default.
• W4283720912 hasPublicationYear "2022" @default.
• W4283720912 type Work @default.
• W4283720912 citedByCount "11" @default.
• W4283720912 countsByYear W42837209122023 @default.
• W4283720912 crossrefType "journal-article" @default.
• W4283720912 hasAuthorship W4283720912A5009233837 @default.
• W4283720912 hasAuthorship W4283720912A5015463546 @default.
• W4283720912 hasAuthorship W4283720912A5055793897 @default.
• W4283720912 hasAuthorship W4283720912A5072275605 @default.
• W4283720912 hasAuthorship W4283720912A5074141507 @default.
• W4283720912 hasAuthorship W4283720912A5084134658 @default.
• W4283720912 hasAuthorship W4283720912A5090802872 @default.
• W4283720912 hasConcept C105923489 @default.
• W4283720912 hasConcept C107119854 @default.
• W4283720912 hasConcept C121332964 @default.
• W4283720912 hasConcept C122027565 @default.
• W4283720912 hasConcept C122824865 @default.
• W4283720912 hasConcept C165231844 @default.

• next