Validation of Supersonic Film Cooling Modeling for Liquid Rocket Engine Applications

Morris, Christopher I; Ruf, Joseph H

ISBN 10: 1289142394 / ISBN 13: 9781289142391

Published by Bibliogov, 2013

About this Item

PRINT ON DEMAND pp. 58.

Seller Inventory # 18386186209

Bibliographic Details

• Title: Validation of Supersonic Film Cooling Modeling for Liquid Rocket Engine Applications
• Publisher: Bibliogov
• Publication Date: 2013
• Language: English
• ISBN 10: 1289142394
• ISBN 13: 9781289142391
• Binding: Soft cover
• Condition: New

About this title

Synopsis

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).