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UAH Student Launch Rocket Project: Roll Control of a Sounding Rocket through Aerodynamic Surfaces

机译:UAH学生发射火箭项目:通过气动表面对探空火箭进行滚动控制

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Over the course of two semesters, students from the University of Alabama in Huntsville designed, built, and flew a sounding rocket in the NASA Student Launch Competition. The sounding rocket had a 6 in. diameter, was 119 in. long, and flew on an Aerotech L2200 solid rocket motor to an altitude of 5160 ft The rocket airframe had a secondary set of fins located forward of the main stability fins which could be actuated to control the roll of the rocket. The objective of the project was to launch the rocket to 1 mile above ground and during the glide phase of the flight, induce a controlled two revolution spin, followed by a counter roll to stabilize the rocket to a zero roll state. The student team consisted of 8 mechanical and 6 aerospace engineering students. Throughout the two semesters the students developed a rocket design, fabricated the rocket, conducted subscale and full scale preliminary flights, and provided design reviews to the NASA sponsors. This paper provides an overview of the student launch competition, the requirements for the rocket project, the UAH rocket design, the payload design, and results from flight tests.
机译:在两个学期的过程中,阿拉巴马大学(Huntsville)的学生在NASA学生发射比赛中设计,制造并发射了探空火箭。探空火箭的直径为6英寸,长为119英寸,并在Aerotech L2200固体火箭发动机上飞行到5160英尺的高度。火箭机身的第二副翼片位于主稳定翼片的前面,可以是致动以控制火箭的滚动。该项目的目的是将火箭发射到离地面1英里的位置,并在飞行的滑行阶段诱导受控的两圈旋转,然后进行反滚以将火箭稳定到零滚状态。该学生团队由8名机械专业和6名航空航天工程专业的学生组成。在两个学期中,学生们开发了火箭设计,制造了火箭,进行了小规模和全面规模的预备飞行,并向NASA赞助商提供了设计审查。本文概述了学生的发射竞赛,火箭项目的要求,UAH火箭设计,有效载荷设计以及飞行测试的结果。

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