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Intelligent Wood Assemblies: Incorporating Found Geometry and Natural Material Complexity

机译:智能木材装配:结合发现的几何形状和天然材料的复杂性

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'Nonstandard' techniques have so far been celebrated as liberating alternatives to the homogenising formal tendencies of mass production. Nonstandard production, however, has continued to require the use of standardised input material, the prototypical example being the ubiquitous stacked plywood milled model. Such practices constitute an unnecessarily inefficient production circuit that moves from nonstandard input such as a tree to standardised stock material such as plywood or dimensional lumber, and back to nonstandard forms through digital fabrication.rnA more direct translation was proposed in the design of a workshop building for digital fabrication, a project developed in the thesis programme at Princeton University School of Architecture in the spring of 2010.
机译:迄今为止,“非标准”技术已被誉为解放了大规模生产同质化正式趋势的替代方案。但是,非标准生产仍然需要使用标准化的输入材料,典型的例子是无处不在的堆叠胶合板铣削模型。这种做法构成了不必要的低效生产流程,从非标准输入(例如树木)转变为标准的原材料(例如胶合板或规格材),然后通过数字化制造转换回非标准形式。rn在车间建筑设计中提出了更直接的翻译方法于2010年春季在普林斯顿大学建筑学院的论文计划中开发了一个项目,用于数字化制造。

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