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Self-Organisation and the Structural Dynamics of Plants

机译:自组织与植物的结构动力学

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Classical engineering is driven by efficiency, with a precise economy of materials and structures for specific conditions. Michael Weinstock explains how, conversely, biology has evolved redundancy as a deep strategy, with hierarchical arrangements of cells and tissues producing sufficient excess capacity for adaptation to changing environmental stresses. He explains how, with the assistance of George Jeronimidis and Nikolaos Stathopoulos, the Emtech masters programme at the Architectural Association (AA) has explored the integrated morphologies of plants, an analysis that reveals new models for engineered structures.
机译:古典工程是由效率驱动的,在特定条件下具有精确的材料和结构经济性。相反,迈克尔·温斯托克(Michael Weinstock)解释了生物学如何将冗余作为一种深层策略发展,细胞和组织的分层排列产生了足够的过量能力来适应不断变化的环境压力。他解释了在George Jeronimidis和Nikolaos Stathopoulos的帮助下,建筑协会(AA)的Emtech硕士课程如何探索植物的整合形态,这一分析揭示了工程结构的新模型。

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