罗特韦尔的TK测试塔或膜包膜如何减轻重量

IF 0.5 0 ARCHITECTURE
W. Sobek, H. Hinz
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引用次数: 0

摘要

位于罗特韦尔镇的蒂森克虏伯电梯公司的测试塔高约246米(807.08英尺),是德国最高的建筑之一。这座塔是由Werner Sobek和Helmut Jahn设计的。它用于测试和认证创新的高速电梯。从工程和建筑的角度来看,蒂森克虏伯测试塔是一个极具挑战性的结构,需要规划者、承包商和客户之间的密切协调。膜围护结构的规划要求特别高,给规划者和承包商带来了许多新的挑战。由于由织物制成的第二层皮肤在目标重量减轻和塔楼的特殊设计方面发挥了特殊作用,因此它是设计过程的重点。测试塔不仅仅是一个研究和开发现代电梯技术的功能结构。其232米(761.15英尺)高的公共观景台(德国最高的观景台)让游客可以欣赏到令人惊叹的景色(图1)。此外,该结构也是世界上最高的纺织品覆盖建筑。这种创新的纺织品表皮是建筑和结构概念不可或缺的一部分(图2)。客户和规划者的愿望是在尽可能短的时间内建造一座材料高效的建筑,和谐地融入周围的景观和Werner Sobek公司的轮廓
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TK Test Tower in Rottweil or How a Membrane Envelope Saves Weight
Standing at approximately 246 m (807.08 ft.), the ThyssenKrupp elevator company’s Test Tower in the town of Rottweil is one of the tallest buildings in Germany. The tower was designed by Werner Sobek together with Helmut Jahn. It is used for testing and certifying innovative high-speed elevators. Both from an engineering and an architecture perspective, the ThyssenKrupp Test Tower was an extremely challenging structure that required close coordination between the planners, the contractors, and the client. The planning of the membrane envelope was particularly demanding, presenting the planners and the contractors with many new challenges. Since the second skin made of fabric played a special role regarding the targeted weight savings and the special design of the tower, it was the focus of the design process. The Test Tower is more than just a functional structure for researching and developing modern elevator technologies. Its 232 m (761.15 ft.) high public observation deck (the highest viewing platform in Germany) allows visitors to enjoy breathtaking views (Figure 1). Moreover, the structure is also the tallest textile-clad building in the world. This innovative textile skin is integral to the building’s architectural and structural concept (Figure 2). The client’s and the planners’ wish was to erect a materialefficient building in the shortest possible time that harmoniously fit into the surrounding landscape and the silhouette of Werner Sobek Werner Sobek AG
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来源期刊
Technology Architecture and Design
Technology Architecture and Design Arts and Humanities-Visual Arts and Performing Arts
CiteScore
1.30
自引率
0.00%
发文量
18
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