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Dynamic Aspects in Building up a Flight Simulator

机译：建立飞行模拟器的动态方面

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摘要

A very tempting and demanding application within the robotic field concerns the flight simulators. The definition of a flight simulator given by Collins Dictionary is: "A ground-training device that reproduces exactly the conditions experienced on the flight deck of an aircraft" [ 1 ]. The computer based flight simulators still take advantage of the human organ illusion. When the pilots turn any direction in flight simulator, the motion base supports the real bank to some extent. The dynamic analysis of the flight and the dynamic behavior of the simulator are crucial for identifying the differences between fly and simulation stress imposed on the structure and to determine the adequate generalized force value in the control. Therefore in this paper the generalized forces to induce a controlled acceleration in the cockpit frame are determined and the fitting diagrams are depicted.
机译：飞行器领域中非常诱人且要求很高的应用涉及飞行模拟器。柯林斯词典给出的飞行模拟器的定义是：“一种地面训练装置，可以精确地再现飞机驾驶舱上的状况” [1]。基于计算机的飞行模拟器仍然可以利用人体器官的错觉。当飞行员在飞行模拟器中向任何方向旋转时，运动基座都会在一定程度上支撑真实的堤岸。飞行的动态分析和模拟器的动态行为对于识别飞行和施加在结构上的模拟应力之间的差异以及确定控件中足够的广义力值至关重要。因此，在本文中，确定了在驾驶舱框架中引起受控加速度的广义力，并描述了装配图。

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