当代建筑中悬臂设计的力量

IF 0.1 0 ARCHITECTURE
Karen Beydoun, Jana Hussein, Ahmad Salame
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引用次数: 0

摘要

悬臂是一种水平延伸的结构形式,由一端支撑,另一端自由支撑,同时荷载均匀分布,由建筑物中桥梁和阳台的使用发起。不同设计的悬臂的力量通过不同的角度传播到世界各地,因为它增加了设计创造力的能力,并给出了适当的解决方案。然而,从那时起,一个研究缺口被发现缺失了,这个缺口与结构挑战有关,它如何影响设计,以及客户/业主为这类结构增加支付预算时所做的决定,这可能无法实现100%的建筑安全。不了解适当的建筑技术可能会降低创新的限制,从而导致在没有出色决策的情况下构建重复的传统原型。因此,本文旨在发现新的建筑技术,使建筑师能够在他们的项目中设计悬臂,帮助设计和承载问题,并突出挑战吸引力和建立飞行结构的特殊设计。为了达到上述目的,本文将开始提出一个文献综述的基础上,研究理论和施工方法被用来清楚地解释我们的主题“悬臂在当代拱门的力量。”由弗兰克·劳埃德·赖特、扎哈·哈迪德和骑士建筑事务所的多种分析支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
POWER OF CANTILEVER DESIGN IN THE CONTEMPORARY ARCHITECTURE
Cantilever is a structural form that extends horizontally and is supported by one end and free on the other while the load is distributed equally, initiated by the use of bridges and balconies in the buildings. The power of Cantilevers with its different designs is spreading throughout the world via various perspectives since it increases the ability of design creativity and gives proper solutions. However, from that point forward, a research gap that has been found missing relating the structural challenges and how it affects the design and the decisions taken by the clients/ owners paying budgets on such type of structural additions that may not achieve the 100% building safety. Lack of knowing the proper building technologies may lead to reduce limits of innovation, that resulted in building repetitive traditional prototype without remarkable decisions. This paper therefore aims to detect the new building technologies that enable architects to design a cantilever in their projects, helping the design and the load carrying problems and highlight the exceptional designs that challenges the attractive force and establish a flying structure. In order to achieve the mentioned aim, the paper will start presenting a literature review based on a desk research theories and methods of construction were used to clearly explains our topic “the power of cantilevers in contemporary arch.” Supported with diverse analysis of Frank Lloyd Wright, Zaha Hadid, and Knight Architects.
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