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Research and dynamic simulation of docking locks with contact-impact

机译:接触碰撞对接锁的研究与动态仿真

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In order to present a reference for docking experiments of aerocraft on the ground, also to validate design and docking movement, an impact simulation should be adopted. For that, the customized uniform B-splines are utilized to model the contours of docking locks on planar moving. With this model, the colliding process of rigid-bodies, the unilateral constraint problems of contact and numerical methods of normal force are analyzed. In this paper, a real-time optimization algorithm for deciding contact points based on geometric engine is presented. By means of impact method, simulation results are illustrated including contact forces, kinetic energy and momentum of slave lock during docking. The dynamic modeling with contact-impact is implemented by simulation software ADAMS, also the stable numerical integration result and reasonable data are obtained. Keyworld docking locks; contact-impact; B-spline contour; impact method; simulation
机译:为了为飞机在地面上的对接实验提供参考,并验证设计和对接运动,应采用撞击模拟。为此,使用定制的统一B样条曲线对平面移动时对接锁的轮廓进行建模。利用该模型分析了刚体的碰撞过程,接触的单边约束问题以及法向力的数值计算方法。提出了一种基于几何引擎的实时确定接触点的优化算法。通过冲击方法,仿真结果包括对接过程中从动锁的接触力,动能和动量。利用ADAMS仿真软件实现了接触碰撞的动态建模,得到了稳定的数值积分结果和合理的数据。 Keyworld对接锁;接触冲击B样条轮廓;冲击法模拟

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