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Diversified longevity - an architecture of disengagement and localized production

机译:多样化的寿命-脱离接触和本地化生产的架构

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The work presented here introduces and describes a new suite of concepts that regulate the designated longevity of contemporary buildings in ways that derive from the generation, metabolism and termination of life forms. The concepts of an architecture of disengagement and localized production are regulated by the Theory of Diversified Longevity for a fundamental reformulation of the designation of obsolescence for built form. Through this reconsideration of lifetimes, buildings may become more attune to, and therefore responsive of evolutionary forces that arise from user needs, economic flux, demographic changes and other contextual elements. The overall intent is to allow a greater flexibility in the accommodation of present needs while providing for anticipated and unanticipated future uses. The intent is achieved through a process that does not require the accurate prediction of any particular future scenario. The value of such a process resides in the fact that the building then possesses a range of lifetimes, and by consequence, a range of embedded attributes such as embodied energies, adaptive reuse possibilities, materials systems, rearrangement options, initial cost and durability. Each section of the building carries within itself a genome that specifies its longevity and determines its service life. The theory is applied to an ongoing design commission for which the research project team is involved.
机译:这里介绍的作品介绍并描述了一套新概念,这些概念以生命形式的产生,新陈代谢和终止为基础来规范当代建筑的指定寿命。脱离寿命和局部生产的架构的概念由“多元化寿命理论”进行调节,以从根本上重新定义建筑形式的过时设计。通过对寿命的这种重新考虑,建筑物可以变得更加协调,因此可以响应由用户需求,经济波动,人口变化和其他背景因素引起的进化力量。总体目的是在满足当前需求的同时提供更大的灵活性,同时提供预期和未预期的未来使用。此目的是通过不需要对任何特定未来方案进行准确预测的过程来实现的。这样的过程的价值在于,建筑物具有一定的使用寿命,因此具有一系列嵌入的属性,例如所体现的能量,适应性再利用的可能性,材料系统,重新布置的选择,初始成本和耐用性。建筑物的每个部分内部都有一个基因组,该基因组指定了它的寿命并决定了它的使用寿命。该理论适用于研究项目团队参与的正在进行的设计委员会。

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