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Dynamics of Tall-Building Riser Design, Part 1 of 2: The roles of gravity, volume, and thermodynamics in smart riser design

机译:高层立管设计的动力学,第1部分,共2部分:智能立管设计中重力,体积和热力学的作用

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摘要

Though we have figured out how to build strong tall structures and safely move people inside, challenges of heating and cooling, of moving fresh water in and dirty water out, and of providing fire protection and electricity persist. These are made all the more complicated by a need to defy gravity. This article discusses basics of pipe-riser design and performance, identifies key considerations regarding the use of expansion joints in pipe risers, and explains codes and standards governing the guidance and support of risers.
机译:尽管我们已经找到了如何建造坚固的高层建筑并安全地将人员移入内部的方法,但取暖和降温,淡水进出和脏水出入以及提供防火和电力的挑战仍然存在。由于需要克服重力,这些问题变得更加复杂。本文讨论了立管设计和性能的基础知识,确定了在立管中使用伸缩缝的主要考虑因素,并解释了指导和支撑立管的规范和标准。

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