1.
Research on Nonlinear Flight Control Law Design of Aircraft with Vectoring Thrust;
推力矢量飞机非线性飞行控制律设计研究
2.
Post Stall Dynamic Boundaries and Agility Research for Thrust Vector Controlled Aircraft;
推力矢量飞机过失速动态边界和敏捷性研究
3.
And take-off kinematic equations of running take-off period of aircraft with three axes of thrust vectoring is given.
建立了带三轴推力矢量飞机的起飞滑跑段运动方程。
4.
INVESTIGATION OF FLIGHT DYNAMICS OF THRUST VECTORING AIRCRAFT USING EXTENDED CONTINUATION METHODS
应用扩展连续算法研究推力矢量飞机动力学特性(英文)
5.
Research on Flight and Control of the TV Fighter s Post-Stall Maneuvers;
推力矢量飞机过失速机动仿真研究及大迎角非线性控制律设计
6.
On the basis of aircraft model and propulsion model, post stall flight simulation on routine engine control and engine stability control was accomplished.
推力矢量参与飞行控制，提高了飞机过失速飞行控制能力。
7.
A simulation about vector thrust control flight was completed.
针对推力矢量控制飞行进行了仿真研究。
8.
A modern aircraft model with Thrust Vectoring (TV) technique and the post stall (PST) capacity and the control law are given.
建立起一种具有推力矢量技术和过失速机动能力的现代飞机模型,并给出了控制律的解算方法。
9.
Research and Development of the Thrust Vector Measuring System for Rocket Motor;
火箭发动机推力矢量测试系统的研制
10.
Design of a Dynamic Inversion Control Law for UAV Based on Thrust-vector Control Method
带矢量推力无人机动态逆控制律设计
11.
Development on Thrust Vector Measuring Platform for Rocket Motor Thrust Vector Measuring System;
火箭发动机推力矢量测试系统测力平台的研制
12.
Decoupled Control of Traction Force and Normal Force in Linear Induction Motor Drive
直线电机推力与垂向力解耦的矢量控制研究
13.
Scheme Analysis and Optimization on TVC in the Hedgehopping Upper Armor Attack Trajectory
推力矢量控制在掠飞击顶弹道中的方案分析与优化
14.
Research on the Thrust Vector Measuring System for Rocket Motor Dynamic Characteristics;
火箭发动机推力矢量测试平台动态特性的研究
15.
Research and Development of Calibration Devices for Rocket Motor Thrust Vector Measuring System;
火箭发动机推力矢量测试系统标定装置的研制
16.
Development of Dynamic Calibration Setup for Engine Thrust Vector Measurement System;
发动机推力矢量测试系统动态标定装置的研制
17.
Attitude control of thrust vectoring unmanned aerial vehicle based on brain emotional learning
基于大脑情感学习的推力矢量无人机姿态控制
18.
Establish displacement vector equation of mechanism using vector method to infer the speed and the acceleration vector equation.
运用矢量法建立机构的位移矢量方程,推导出速度、加速度矢量方程。