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Computer Program for Estimating Stability Derivatives of Missile Configurations - Users Manual.

TLDR
This report is intended to be a users manual for a computer program called AERODSN, which estimates the stability coefficients of typical missile configurations with wings or tail fins or both, and Static stability and damping derivatives at zero angle of attack are predicted.
Abstract
: This report is intended to be a users manual for a computer program called AERODSN, which estimates the stability coefficients of typical missile configurations with wings or tail fins or both. The Mach range is from zero to approximately 4.0. The roll orientation is zero (plus configuration). Wings and tails must be in line. Control deflections are allowed. A limited amount of body alone experimental data is included (ogive cylinder or cone cylinder); however, body alone tables can be input if desired. A conical boattail segment can be added. This program does not predict drag. Static stability and damping derivatives at zero angle of attack are predicted. (Author)

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Journal ArticleDOI

Genetic-Algorithm Optimization of Liquid-Propellant Missile Systems

TL;DR: The methodology described in this paper has been extended to both the preliminary design and reverse-engineering of liquid-propelled missiles, and two different fast-aerodynamic-prediction codes are used and their results are compared.
Proceedings ArticleDOI

Missile trajectory optimization using a modified ant colony algorithm

TL;DR: The results of this study demonstrate that the modified ACO algorithm is a viable candidate as a high-performance optimization method, while the added local search method may or may not be a worthwile addition for the attempted optimization problem.
Journal ArticleDOI

Aerospace design optimization using a compound repulsive particle swarm

TL;DR: This study shows the benefits of using a compound repulsive particle swarm optimizer (RPSO) for use in aerospace design applications and a new hybrid optimizer has been developed involving a separate particle swarm imbedded within the standard RPSO.
Dissertation

Ant Colony Optimization : An Alternative Heuristic for Aerospace Design Applications

TL;DR: A modified ant colony optimization scheme is applied to a set of solid-rocketmotor and single-stage solid missile design problems, comparing its solution output quality with those of other, well-known optimization methods.
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