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2013•Journal of Sichuan OrdnanceRequires access

A Study on Optimizing Design of Trajectory for Glide Extended-Range Projectile

Cao Hong-ji

Open publisher page 3 citations

Abstract

An optimizing design of sliding extended-range is researched. The gliding extended range projectile model is established. The whole ballistic include ballistic period and sliding period. Different methods are used to optimize paragraphs ballistic. The whole ballistic achieves the optimal. Taking someone glide extended-range projectile as study object,the design of trajectory is achieved maximum extendedrange. The conclusion of this study is conducive to the design of gliding extended-range projectiles in future.

About this research paper

What this paper is about

An optimizing design of sliding extended-range is researched. The gliding extended range projectile model is established. The whole ballistic include ballistic period and sliding period. Different methods are used to optimize paragraphs ballistic. The whole ballistic achieves the optimal. Taking someone glide extended-range projectile as study object,the design of trajectory is achieved maximum extendedrange. The conclusion of this study is conducive to the design of gliding extended-range projectiles in future.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

An optimizing design of sliding extended-range is researched. The gliding extended range projectile model is established. The whole ballistic include ballistic period and sliding period. Different methods are used to optimize paragraphs ballistic. The whole ballistic achieves the optimal. Taking someone glide extended-range projectile as study object,the design of trajectory is achieved maximum extendedrange. The conclusion of this study is conducive to the design of gliding extended-range projectiles in future.

Key concepts: Projectile, Trajectory, Range (aeronautics), Trajectory of a projectile, Research Object, Range of a projectile, Aerospace engineering, Ballistics

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