通用行星车赤道立交桥结构、测量与设计的发展

A. E. Unitsky, D. Bochkaryov, S. V. Artyushevsky
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引用次数: 0

摘要

通用行星飞行器的跑道是一个独特的规模和复杂的基础设施建设——一个长达40000公里的立交桥,沿着赤道覆盖地球,并结合了第二层的轨道交通。这种高科技结构是通用行星飞行器的支撑结构,也是保证乘客和货物流动以及大量能量和信息传递的通信动脉。文章讨论了立交桥在规划中的位置,指出了最困难的路段和克服方法。提出了通用行星车辆立交桥的布置方案,描述了主要功能区和结构要素。确定了影响项目实施的重要因素,主要要素发展中不可避免的问题,以及优化这一运输和基础设施综合体的解决方案。考虑通用行星飞行器所需的起降特性,提出了克服地表山地的立交桥路径优化方案。
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Development of the structure, survey and design of the equatorial overpass of the General Planetary Vehicle
The runway for the General Planetary Vehicle is a unique in scale and complexity infrastructural construction - an overpass with a length of 40 000 km, covering the planet along the equator and combined with a string-rail transport of the second level. This high-tech structure is a supporting structure for the General Planetary Vehicle and a communication artery that ensures the movement of passengers and goods, as well as the transfer of large amounts of energy and information. The article discusses the location of the overpass in the plan, indicates the most difficult sections and ways to overcome them. The options for the layout of the General Planetary Vehicle overpass are proposed, the main functional areas and structural elements are described. Significant factors affecting the implementation of the project, the problems inevitable in the development of the main elements, as well as solutions to optimize this transport and infrastructure complex have been identified. Solutions were proposed to optimize the overpass routing to overcome mountainous areas of the earths surface, considering the required takeoff and landing characteristics of the General Planetary Vehicle.
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