建筑工程
承重
建筑
背景(考古学)
空格(标点符号)
论证(复杂分析)
建筑设计
建筑平面图
工程类
结构体系
建筑技术
土木工程
计算机科学
结构工程
视觉艺术
地理
生物化学
化学
考古
操作系统
艺术
作者
Bjørn N. Sandaker,B. Kleven,Anmei Wang
标识
DOI:10.1007/s44150-022-00034-z
摘要
Today, architectural deliberations on structural form and structural systems unfortunately play a minor role in developing the architectural design of most buildings. This is particularly true for multistory buildings of the most common type; those for housing and for commercial purposes. Consequently, spatial, and programmatic qualities that might have emerged from an architectural study of the load-bearing structure, as well as visual and tactile experiences linked to these very fundamental tectonic elements, are in danger of being lost. Besides, a resilient and versatile load-bearing structure of a high quality may increase the building’s prospects for survival over time and is hence a strong environmental argument. To counteract this present-day limitation of the structure’s architectural significance, and to investigate what can be achieved by an increased architectural awareness of the spatial potential of structural form, these problems are studied in an academic context. The Oslo School of Architecture and Design (AHO) addresses in its curriculum what is here identified as a weakness in current architectural practices and offers courses on these very topics.
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