高层建筑立面随建筑时期的分形变化

Aslı Yildiz, Pınar DİNÇ KALAYCI
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引用次数: 0

摘要

本研究采用分形分析方法,根据a)廓形和(b)形式+装饰+材料变量对不同历史时期的高层建筑进行分析。目的:本研究的假设;虽然高层建筑经常被批评为单调和简单的玻璃盒子,但这是基于这样一种观点,即当用数字来测量时,建筑的细节具有高度的多样性和丰富性。方法:在此方向上,确定高层建筑的8个建筑时期,并对每个时期的5个知名建筑进行分形分析。结果:所有评价的结构在轮廓变量(DS)上分形值较低,在形式+装饰+材料变量(dform)上分形值较高。在立面细节方面价值最低的时期是国际时期,而价值最高的时期是自由形式时期。就建筑轮廓的细节而言,技术时期尤为突出。结论:与人们普遍认为的相反,高层建筑是复杂多样的结构,而不是单调统一的玻璃盒子。随着结构的复杂化和多样化,高层建筑的设计在未来将继续发挥重要作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FRACTAL CHANGE OF FACADES OF HIGH-RISE BUILDINGS ACCORDING TO ARCHITECTURAL PERIODS
In this study, using fractal analysis method, high-rise buildings from different historical periods are analyzed according to a) silhouette and (b) form+ornament+material variables. Purpose: The hypothesis of the study; although tall buildings are often criticized as monotonous and simple glass boxes, it is on the idea that buildings have a high variety and richness of detail when measured numerically. Method: In this direction, eight architectural periods were determined for tall buildings and fractal analyzes were carried out on five well-known structures belonging to each period. Results: All evaluated structures had low fractal values in terms of silhouette variable (DS) and high fractal values in terms of form+ornament+material variable (DFOM). The period with the lowest value in terms of facade detail is the International Period, while the period with the highest value is the Free Form Period. In terms of the detail of the building silhouette, the Technological Period stands out. Conclusion: Contrary to popular belief, tall buildings are rather complex and diverse structures, rather than monotonous and uniform glass boxes. Tall building designs will continue to be important in the future as more complex and diverse structures.
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