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- Rayleigh_flow abstract "Rayleigh flow refers to diabatic flow through a constant area duct where the effect of heat addition or rejection is considered. Compressibility effects often come into consideration, although the Rayleigh flow model certainly also applies to incompressible flow. For this model, the duct area remains constant and no mass is added within the duct. Therefore, unlike Fanno flow, the stagnation temperature is a variable. The heat addition causes a decrease in stagnation pressure, which is known as the Rayleigh effect and is critical in the design of combustion systems. Heat addition will cause both supersonic and subsonic Mach numbers to approach Mach 1, resulting in choked flow. Conversely, heat rejection decreases a subsonic Mach number and increases a supersonic Mach number along the duct. It can be shown that for calorically perfect flows the maximum entropy occurs at M = 1. Rayleigh flow is named after John Strutt, 3rd Baron Rayleigh.".
- Rayleigh_flow thumbnail Rayleigh_Line.PNG?width=300.
- Rayleigh_flow wikiPageExternalLink 2up.
- Rayleigh_flow wikiPageExternalLink 01189032.pdf.
- Rayleigh_flow wikiPageExternalLink rayleigh.html.
- Rayleigh_flow wikiPageExternalLink rayleigh_calculator.html.
- Rayleigh_flow wikiPageID "2887560".
- Rayleigh_flow wikiPageLength "10573".
- Rayleigh_flow wikiPageOutDegree "42".
- Rayleigh_flow wikiPageRevisionID "683818858".
- Rayleigh_flow wikiPageWikiLink AIAA.
- Rayleigh_flow wikiPageWikiLink American_Institute_of_Aeronautics_and_Astronautics.
- Rayleigh_flow wikiPageWikiLink Category:Aerodynamics.
- Rayleigh_flow wikiPageWikiLink Category:Fluid_dynamics.
- Rayleigh_flow wikiPageWikiLink Category:Fluid_mechanics.
- Rayleigh_flow wikiPageWikiLink Choked_flow.
- Rayleigh_flow wikiPageWikiLink Compressible_flow.
- Rayleigh_flow wikiPageWikiLink Diabatic.
- Rayleigh_flow wikiPageWikiLink Differential_equation.
- Rayleigh_flow wikiPageWikiLink Dissociation_(chemistry).
- Rayleigh_flow wikiPageWikiLink Enthalpy.
- Rayleigh_flow wikiPageWikiLink Entropy.
- Rayleigh_flow wikiPageWikiLink Fanning_friction_factor.
- Rayleigh_flow wikiPageWikiLink Fanno_flow.
- Rayleigh_flow wikiPageWikiLink File:Rayleigh_Line.PNG.
- Rayleigh_flow wikiPageWikiLink File:Rayleigh_Properties.PNG.
- Rayleigh_flow wikiPageWikiLink Gas_dynamics.
- Rayleigh_flow wikiPageWikiLink Heat_capacity.
- Rayleigh_flow wikiPageWikiLink Incompressible_flow.
- Rayleigh_flow wikiPageWikiLink Isentropic_process.
- Rayleigh_flow wikiPageWikiLink Isothermal_flow.
- Rayleigh_flow wikiPageWikiLink John_Strutt,_3rd_Baron_Rayleigh.
- Rayleigh_flow wikiPageWikiLink John_Wiley_&_Sons.
- Rayleigh_flow wikiPageWikiLink John_William_Strutt,_3rd_Baron_Rayleigh.
- Rayleigh_flow wikiPageWikiLink Mach_number.
- Rayleigh_flow wikiPageWikiLink Normal_shock.
- Rayleigh_flow wikiPageWikiLink Prentice_Hall.
- Rayleigh_flow wikiPageWikiLink Ronald_Press.
- Rayleigh_flow wikiPageWikiLink Shock_wave.
- Rayleigh_flow wikiPageWikiLink Specific_heat_capacity.
- Rayleigh_flow wikiPageWikiLink Speed_of_sound.
- Rayleigh_flow wikiPageWikiLink Stagnation_pressure.
- Rayleigh_flow wikiPageWikiLink Stagnation_temperature.
- Rayleigh_flow wikiPageWikiLink Static_temperature.
- Rayleigh_flow wikiPageWikiLink Supersonic.
- Rayleigh_flow wikiPageWikiLink Supersonic_speed.
- Rayleigh_flow wikiPageWikiLink Temperature.
- Rayleigh_flow wikiPageWikiLink File:Fanno-Rayleigh_confrontation_graph.png.
- Rayleigh_flow wikiPageWikiLinkText "Rayleigh flow".
- Rayleigh_flow wikiPageWikiLinkText "flows of gas fuel".
- Rayleigh_flow hasPhotoCollection Rayleigh_flow.
- Rayleigh_flow wikiPageUsesTemplate Template:Cite_article.
- Rayleigh_flow wikiPageUsesTemplate Template:Cite_book.
- Rayleigh_flow wikiPageUsesTemplate Template:Commons_category.
- Rayleigh_flow subject Category:Aerodynamics.
- Rayleigh_flow subject Category:Fluid_dynamics.
- Rayleigh_flow subject Category:Fluid_mechanics.
- Rayleigh_flow type Dynamic.
- Rayleigh_flow type Liquid.
- Rayleigh_flow type Mechanic.
- Rayleigh_flow comment "Rayleigh flow refers to diabatic flow through a constant area duct where the effect of heat addition or rejection is considered. Compressibility effects often come into consideration, although the Rayleigh flow model certainly also applies to incompressible flow. For this model, the duct area remains constant and no mass is added within the duct. Therefore, unlike Fanno flow, the stagnation temperature is a variable.".
- Rayleigh_flow label "Rayleigh flow".
- Rayleigh_flow sameAs Flujo_de_Rayleigh.
- Rayleigh_flow sameAs זרימת_ריילי.
- Rayleigh_flow sameAs Flusso_di_Rayleigh.
- Rayleigh_flow sameAs m.0898dn.
- Rayleigh_flow sameAs Q3746869.
- Rayleigh_flow sameAs Q3746869.
- Rayleigh_flow wasDerivedFrom Rayleigh_flow?oldid=683818858.
- Rayleigh_flow depiction Rayleigh_Line.PNG.
- Rayleigh_flow isPrimaryTopicOf Rayleigh_flow.