现代建筑和构筑物的反杠杆结构,具有克服重力的独特形象

Galym Issabayev
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摘要

本文以国内外作者的建筑为例,揭示了悬挑建筑结构的特点。本文以国内外作者的建筑为例,揭示了悬挑建筑结构的特点。建筑悬臂结构创造了一种独特的形象,克服了重力,忽略了建筑力学的静态规律。因此,随着建筑和建筑工程技术的发展,现代建筑师拥有非凡的机会来设计具有相当大小和重量的悬臂体量的建筑物和结构。文章中提到的国内外建筑的目标是建筑师和设计师的密切合作,当对悬臂结构的特殊意象的复杂和艰苦的探索与非凡悬臂结构的可持续平衡的任务密不可分时。从给定的悬臂建筑对象的结构图和体积组成解决方案中,以下是突出的:倾斜的“下落”型;以悬臂“环”的形式解决;“折叠”的细长建筑与悬臂延伸;“拉”V型设计在一个重要的控制台。现阶段在建筑和施工实践中,使用悬臂结构的问题主要有:在考虑稳定性的前提下,对其质量进行优化研究;悬臂结构设计对现代建筑影响的特点极端风条件下悬臂构件结构安全性分析现代建筑中的悬臂结构等。在许多现代建筑中,与静力学定律相矛盾的建筑和结构图像成为了主要的体量构图解决方案。
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ICANTILEVER ARCHITECTURAL STRUCTURES OF MODERN BUILDINGS AND STRUCTURES WITH A UNIQUE IMAGE OF OVERCOMING GRAVITY
The article reveals the features of cantilever architectural structures on a number of examples from foreign and domestic author's architecture. The article reveals the features of cantilever architectural structures on a number of examples from foreign and domestic author's architecture. Architectural cantilever structures create a unique imagery of overcoming gravity and ignoring the static laws of building mechanics. Therefore, with the development of architectural and construction engineering technologies, modern architects have exceptional opportunities for designing buildings and structures with cantilever volumes of considerable size and weight. The objects of foreign and domestic architecture given in the article speak of the close collaboration of architects and designers, when the complex and laborious search for a special imagery of cantilever structures is inextricably linked with the tasks of a sustainable balance of extraordinary cantilever structures. From the given structural diagrams and volumetric compositional solutions of cantilever architecture objects, the following stand out: inclined "falling" type; solution in the form of a cantilever "loop"; "folding" of elongated buildings with cantilever extensions; "pulling" V -shaped in terms of design in a significant console. At the present stage in architectural and construction practice, such issues of the use of cantilever structures as: research in terms of optimizing their mass, taking into account stability; features of the impact of the design of cantilever structures in modern architecture; analysis of the structural safety of cantilever elements in conditions of extreme wind; cantilever structures in modern construction, etc. Images of buildings and structures that contradict the laws of statics become the leading volumetric compositional solution in a number of buildings of modern architecture.
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