Computational Support to Engine Test

Document Number: 942141

Date Published: October 1994

Author(s):
Matthew B. Prufert - Sverdrup Technology, Inc.
Michael D. McClure - Sverdrup Technology, Inc.
Gregory D. Power - Sverdrup Technology, Inc.

Abstract:
The rapid development and improvement of computational simulation analysis codes coupled with improved performance of modern computers, increases the scope of fluid dynamics, structural, and heat-transfer problems which can be addressed. At the same time, propulsion systems have become increasingly complex as mission criteria push the limits of present technologies. These propulsion system advancements require detailed understanding of engine performance and test cell interactions. Accordingly computational simulation capability is growing into a role which complements and enhances many phases of engine system design, including test and evaluation. At the Arnold Engineering Development Center (AEDC) computational analyses have become an integral part of the hardware testing process by providing information for pre-test facility design, instrumentation, and post-test analysis to reduce risks and improve test facility capabilities.

File Size: 2096K
Product Status: In Stock

See other papers presented at Aerotech Conference & Exposition, October 1994, San Diego, CA, USA, Session: Aerotech Conference & Exposition

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