Organic technique: The formation of a new type of human‐technique‐nature relationship as exemplified in bamboo construction

IF 0.1 0 HUMANITIES, MULTIDISCIPLINARY
Y. M. Solanilla Medina, D. Mamchenkov
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Abstract

Abstract This article demonstrates the possibilities and problems of the formation of a new type of human‐technique‐nature relationship ‐ the organic technique ‐ in modern civilization. It is a relationship in which neither human nor nature must adapt to the needs of technology; rather, the technique is embedded in nature and becomes 'human-sized'. We can find a model for building this new type of relationship in the construction of buildings from bamboo. The uniqueness of bamboo as a building material manifests in two ways. The first relates to resources: bamboo is a very fast-growing plant, so cutting it's stem does not destroy the plant itself and in three to four years there is a new 'harvest'. This means bamboo has an extremely low cost, which is critical for developing countries with rapidly growing populations. Second, bamboo has a number of architectural advantages. Due to the flexibility and elasticity of this product, bamboo buildings are earthquake resistant. Such structures do not violate the natural landscape, but instead work with it; they are characterized by low cost and ease of construction, in a variety of forms. This has led to the widespread use of bamboo by leading architects and innovators from different countries. This article shows that the application of bamboo in architecture ‐ as opposed to artificial materials such as concrete, which exploit and destroy nature and impose their forms on cultures ‐ helps this building technique to integrate into the life of ecosystems and society, and thus to become a model of harmonizing human‐technique‐nature relations.
有机技术:形成一种新型的人-技术-自然关系,如竹结构
摘要本文论述了现代文明中新型人-技术-自然关系——有机技术——形成的可能性和问题。在这种关系中,人类和自然都不必适应技术的需要;更确切地说,这项技术是嵌入大自然的,并且变得“人性化”。我们可以在用竹子建造的建筑中找到一种建立这种新型关系的模式。竹子作为建筑材料的独特性体现在两个方面。第一个与资源有关:竹子是一种生长很快的植物,所以砍掉它的茎不会破坏植物本身,三到四年后就会有新的“收获”。这意味着竹子的成本极低,这对人口快速增长的发展中国家至关重要。其次,竹子在建筑上有很多优势。由于这种产品的柔韧性和弹性,竹制建筑具有抗震性能。这样的结构不会违背自然景观,而是与自然景观相结合;它们的特点是成本低,施工方便,形式多样。这使得竹子被来自不同国家的顶尖建筑师和创新者广泛使用。这篇文章表明,竹子在建筑中的应用——与混凝土等人工材料相反,后者利用和破坏自然,并将其形式强加于文化——有助于这种建筑技术融入生态系统和社会生活,从而成为协调人类-技术-自然关系的典范。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Technoetic Arts
Technoetic Arts HUMANITIES, MULTIDISCIPLINARY-
CiteScore
0.60
自引率
0.00%
发文量
11
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