Accession Number:

ADA230265

Title:

The Inviscid Stability of Supersonic Flow Past Heated or Cooled Axisymmetric Bodies

Descriptive Note:

Contractor rept. (Final)

Corporate Author:

ITT RESEARCH INST LANHAM MD

Personal Author(s):

• Shaw, Stephen J.
• Duck, Peter W.

Report Date:

1990-11-01

Pagination or Media Count:

124.0

Abstract:

Given the increased number of computerized, software-driven systems being designed and implemented throughout the Department of Defense DoD and industry, reusability of software has become a critical endeavor. To better prepare software engineers and computer programmers to address the challenge of software reuse, the U.S. Army Communications and Electronics Command CECOM has undertaken a program to investigate different software reuse methods. This effort will provide guidelines on reuse strategies for software developers. This report examines reusability characteristics, domain analysis, domain-independent approaches, domain-specific approaches, costbenefit analysis for software reuse, and reuse metrics.

Descriptors:

• *COMPUTER PROGRAMS
• TEMPERATURE
• STABILITY
• DEPARTMENT OF DEFENSE
• INDUSTRIES
• COST EFFECTIVENESS
• COST ANALYSIS
• NUMERICAL ANALYSIS
• COMMUNICATION EQUIPMENT
• BOUNDARY LAYER
• EIGENVALUES
• COOLING
• ARMY EQUIPMENT
• CURVATURE
• CYLINDRICAL BODIES
• ASYMPTOTIC SERIES
• AXISYMMETRIC
• WALLS
• ENGINEERS
• FLOW
• MACH NUMBER
• SUPERSONIC FLOW
• HEAT
• PROGRAMMERS
• INVISCID FLOW
• RADIUS(MEASURE)
• CIRCULAR
• ELECTRONICS

Subject Categories:

• Computer Programming and Software

Distribution Statement:

APPROVED FOR PUBLIC RELEASE