根据建筑结构几何参数进行净空设计的推荐程序

IF 0.6 Q3 ENGINEERING, MULTIDISCIPLINARY
Linda Veselá
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引用次数: 0

摘要

捷克几何精度技术标准体系假设设计者确定特定建筑的功能几何参数。通过计算,他在项目文件中所谓的“几何平面图”中对其进行了验证。功能几何参数应主要为关键元件确定,即几何精度对后续工程的执行至关重要的结构,如需要高精度和特定结构的技术。假设设计师将主要在结构空间参数的开发中纳入几何精度的变化,这应确保满足已完工结构的尺寸要求。其中一个参数是净空。净空的设计必须遵守法律规定的最低高度要求,并在适当的情况下遵守技术标准。同时,设计必须尊重单个结构施工的技术可能性——几何偏差。为了满足已完工结构的尺寸要求,几何精度偏差应根据建筑结构各部分施工和/或其设计的技术标准要求确定。本条的目的是建立一个确定安全设计间隙的计算程序,以便在实施后满足立法的要求。该增加是基于可能影响所得到的净空的极限几何偏差的计算过程来确定的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Recommended procedure for headroom design according to geometric parameters of building structures
The system of Czech technical standards for geometric accuracy assumes that the designer determines the functional geometric parameters for a specific building. By calculation, he verifies them in the so-called “geometric plan” in the project documentation. The functional geometric parameters should be determined primarily for critical elements, i.e. for structures whose geometric accuracy is important for the execution of subsequent works, such as technologies requiring high precision and specific structures. The assumption is that designers will incorporate variations in geometric accuracy primarily in the development of the spatial parameters of the structures, which should ensure that the dimensional requirements for the completed structures will be met. One of these parameters is headroom. The design of headroom must respect the minimum height requirements prescribed by legislation, and where appropriate, by technical standards. At the same time, the design must respect the technological possibilities of the construction of individual structures – geometric deviations. To comply with the dimensional requirements for the completed structures, the geometric accuracy deviations should be determined in accordance with the requirements of the technical standards for the execution of the individual parts of the building structures and/or for their design. The aim of this article is to establish a calculation procedure for determining the safe design clearance so that the requirements of the legislation are met after implementation. The increase is determined based on a calculation procedure of the limiting geometric deviations that may affect the resulting headroom.
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来源期刊
Acta Polytechnica
Acta Polytechnica ENGINEERING, MULTIDISCIPLINARY-
CiteScore
1.90
自引率
12.50%
发文量
49
审稿时长
24 weeks
期刊介绍: Acta Polytechnica is a scientific journal published by CTU in Prague. The main title, Acta Polytechnica, is accompanied by the subtitle Journal of Advanced Engineering, which defines the scope of the journal more precisely - Acta Polytechnica covers a wide spectrum of engineering topics, physics and mathematics. Our aim is to be a high-quality multi-disciplinary journal publishing the results of basic research and also applied research. We place emphasis on the quality of all published papers. The journal should also serve as a bridge between basic research in natural sciences and applied research in all technical disciplines. The innovative research results published by young researchers or by postdoctoral fellows, and also the high-quality papers by researchers from the international scientific community, reflect the good position of CTU in the World University Rankings. We hope that you will find our journal interesting, and that it will serve as a valuable source of scientific information.
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