Control Of A Fin Stabilized High Spinning Projectile

机译：鳍稳定高旋转弹丸的控制

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To improve the impact accuracy of a high spinning projectile, a fin stabilized correction system is suggested. Since the dynamics of a high spin projectile is fairly different from a non-spinning one, a new approach is needed to control it. Placing a control mechanism on board the projectile proved to be an effective method for accommodating errors caused by calculated trajectory errors and other miss distance errors such as winds and "Tip-off errors".

机译：为了提高高纺丝弹丸的冲击精度，提出了一种翅片稳定的校正系统。由于高自旋射弹的动态与非旋转射弹相同，因此需要一种新的方法来控制它。将射弹放置一个控制机制被证明是一种有效的方法，用于容纳由计算出的轨迹误差和其他错过距离误差（如风和“Tip-Off错误”）所造成的错误。

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《48th Israel Annual Conference on Aerospace Sciences 2008》|2008年|P.695703|共2页
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Rabin Shalil; MalaM; IAI; Israel;
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中图分类航空;
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Q:Dynamic pressure; S:Reference cross-sectional area; d:Reference diameter; m:Mass of the projectile; Ix, Iy,:Central principal moments of; Iz:inertia; U_0: Projectile speed; u,v,w: Projectile velocity in aeroballistic frame; C_(Za): Force coefficient i;

机译：Q：动压; S：参考截面积; d：参考直径; m：抛丸质量; Ix，Iy ,:中心主矩; Iz：惯性; U_0：抛丸速度; u，v，w：航空框架中的弹丸速度; C_（Za）：力系数i;

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专利

1. Guidance and Control Design for a Class of Spin-Stabilized Fin-Controlled Projectiles [J] . Spilios Theodoulis, Vincent Gassmann, Philippe Wernert, Journal of guidance, control, and dynamics . 2013,第2期

机译：一类自旋稳定鳍控射弹的制导与控制设计
2. Prediction of the Impact Point for Spin and Fin Stabilized Projectiles [J] . DIMITRIOS N. GKRITZAPIS, DIONISSIOS P. MARGARIS, ELIAS E. PANAGIOTOPOULOS, WSEAS Transactions on Information Science and Applications . 2008,第10a12期

机译：旋转和鳍状稳定弹丸的冲击点预测
3. Observer-based adaptive sliding mode backstepping output-feedback DSC for spin-stabilized canard-controlled projectiles [J] . Yuanchuan SHEN, Jianqiao YU, Guanchen LUO, 中国航空学报（英文版） . 2017,第003期

机译：基于观察者的自适应滑模反推输出反馈DSC，用于自旋稳定的卡纳德控制射弹
4. Control Of A Fin Stabilized High Spinning Projectile [C] . Rabin Shalil, MalaM IAI, Israel Israel Annual Conference on Aerospace Sciences . 2008

机译：控制翅片稳定的高纺射弹
5. Experimental and theoretical control of a smart projectile fin using piezoelectric bimorph actuator. [D] . Mudupu, Venkat R. 2008

机译：使用压电双压电晶片执行器控制智能弹丸的实验和理论控制。
6. Real-Time Estimation for Roll Angle of Spinning Projectile Based on Phase-Locked Loop on Signals from Single-Axis Magnetometer [O] . Zhaowei Deng, Qiang Shen, Zilong Deng, 2019

机译：基于单轴磁力计信号锁相环的自旋弹弹侧倾角实时估计
7. Observer-based adaptive sliding mode backstepping output-feedback DSC for spin-stabilized canard-controlled projectiles [O] . Yuanchuan SHEN, Jianqiao YU, Guanchen LUO, 2017

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8. PNS (Parabolized Navier-Stokes) Computations for Spinning and Fin-Stabilized Projectiles at Supersonic Velocities [R] . Weinacht, P., Guidos, B. J., Kayser, L. D., 1985

机译：pNs（抛物化Navier-stokes）超音速下旋转和鳍稳定弹丸的计算

Control Of A Fin Stabilized High Spinning Projectile

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