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portada Validation of Supersonic Film Cooling Modeling for Liquid Rocket Engine Applications
Type
Physical Book
Author
Publisher
Language
English
Pages
58
Format
Paperback
Dimensions
24.6x18.9x0.3 cm
Weight
0.12 kg.
ISBN13
9781289142391
Categories

Validation of Supersonic Film Cooling Modeling for Liquid Rocket Engine Applications

Nasa Technical Reports Server (Ntrs) (Author) · Christopher I. Morris (Author) · Joseph H. Ruf (Author) · Bibliogov · Paperback

Validation of Supersonic Film Cooling Modeling for Liquid Rocket Engine Applications - Morris, Christopher I. ; Ruf, Joseph H. ; Nasa Technical Reports Server (Ntrs)

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Delivery: 17 Dec - 04 Jan Shipping: 16 to 20 business days.
NZ$ 69.12
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Synopsis "Validation of Supersonic Film Cooling Modeling for Liquid Rocket Engine Applications"

Topics include: upper stage engine key requirements and design drivers; Calspan "stage 1" results, He slot injection into hypersonic flow (air); test articles for shock generator diagram, slot injector details, and instrumentation positions; test conditions; modeling approach; 2-d grid used for film cooling simulations of test article; heat flux profiles from 2-d flat plate simulations (run #4); heat flux profiles from 2-d backward facing step simulations (run #43); isometric sketch of single coolant nozzle, and x-z grid of half-nozzle domain; comparison of 2-d and 3-d simulations of coolant nozzles (run #45); flowfield properties along coolant nozzle centerline (run #45); comparison of 3-d CFD nozzle flow calculations with experimental data; nozzle exit plane reduced to linear profile for use in 2-d film-cooling simulations (run #45); synthetic Schlieren image of coolant injection region (run #45); axial velocity profiles from 2-d film-cooling simulation (run #45); coolant mass fraction profiles from 2-d film-cooling simulation (run #45); heat flux profiles from 2-d film cooling simulations (run #45); heat flux profiles from 2-d film cooling simulations (runs #47, #45, and #47); 3-d grid used for film cooling simulations of test article; heat flux contours from 3-d film-cooling simulation (run #45); and heat flux profiles from 3-d and 2-d film cooling simulations (runs #44, #46, and #47).

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