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自20世纪70年代开始,管材结构就被广泛的应用于高层建筑结构基础当中。本文通过坚硬基础设计方法对管材基础结构的设计尺寸进行研究,论述这种设计方法可以应用在40~80层的高层建筑中,并且可以综合考虑建筑物材料的荷载与减少经济成本;同时也讨论了某些特殊几何结构的建筑单元的经济效益及可以进一步优化的最佳的几何结构。阐明坚硬基础设计方法的计算过程不需要众多繁复的计算,就可以十分有效的对高层建筑的管材基础进行初步研究设计,并且可以很好的降低建筑对环境的荷载与消耗。
Since the 1970s, pipe structures have been widely used in the foundations of high-rise buildings. This paper studies the design dimension of pipe infrastructures by hard basic design method, and discusses that this design method can be used in high-rise buildings of 40 ~ 80 storeys, and can consider the load of building materials and reduce the economic cost. The economic benefits of building elements for certain special geometries and the best geometries that can be further optimized. It shows that the calculation of hard basic design method can not only need a lot of complicated calculations, but also can effectively study the pipe foundation of high-rise building and reduce the load and consumption of the building.