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Coupled dynamics and simulation of a space-based manipulator system

机译:天基机械手系统的耦合动力学和仿真

摘要

In this paper, a space-based manipulator system (SBMS) is researched. Although lots of work have been done about ground-based system for a long time, there are still exists a lot of problems for space-based manipulator because of the different dynamics modeling between them. A popular and interesting issue is coupled dynamics among the system. So, a special case, a SBMS with two manipulators symmetrically installed on a floating base, is modeled as the research object during whole work. Firstly, by establishing its kinematics and dynamics model, a general equation of motion is achieved. Then, a simulation test aiming at revealing the coupled phenomenon and how does the motion of manipulators impact on the floating base is conducted. The test results provide concrete proofs for our theoretical analysis.
机译:本文研究了一种基于空间的机械手系统(SBMS)。尽管基于地面的系统已经进行了许多工作,但由于基于空间的机械手之间的动力学模型不同,因此对于基于空间的机械手仍然存在很多问题。一个流行而有趣的问题是系统之间的动力学耦合。因此,在整个工作过程中,有一个特殊情况,即将两个机械手对称安装在浮动基座上的SBMS建模为研究对象。首先,通过建立其运动学和动力学模型,获得了一般的运动方程。然后,进行旨在揭示耦合现象以及机械手的运动如何对浮动基座产生影响的仿真测试。测试结果为我们的理论分析提供了具体的依据。

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