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Appreciation towards University of Stuttgart for providing the following description:

HygroShape是世界首个真正实现自塑形概念的仿生家具。设计利用木材的天然固有特性，并采用特殊技术使家具构件以平面的形式生产并包装，在打开包装时，家具构件会自动展开成型。家具自塑成型的原理来源于木材吸湿收缩的自然现象。这一过程在无声无息中悄然发生，无需人的参与，亦无需使用任何工具或安装说明，它就这样在眨眼之间平稳地展开。

▼项目视频，video ©ICD University of Stuttgart

HygroShape is a first of its kind concept for truly self-shaping furniture. Using the natural, intrinsic properties of wood, furniture pieces are produced in physically programmed flatpack configurations, materially programmed to shape themselves when unpacked. This self-shaping emerges from the hygroscopic shrinkage that naturally occurs in wood materials. It happens effortlessly, in silence, without human interaction, tools, or assembly instructions, unfurling smoothly, as quickly as overnight.

▼HygroShape在干燥环境下的自动展开过程， HygroShape prototype self-shaping though drying in ambient interior conditions ©ICD University of Stuttgart

▼HygroShape – H1原型通过其弧形几何支撑荷载， HygroShape prototype H1 supporting a dynamic load throuhg its performative curved geometry ©ICD University of Stuttgart

▼HygroShape – H1原型细部， details of the HygroShape prototype H1 ©ICD University of Stuttgart

一旦展开形成，家具中的机械构件会牢牢地锁在一起，创造出稳定性，并通过微小且和谐的变形迎合人体工学，创造出最佳舒适性。该项目代表了设计和制造过程的转变，实现了对材料的控制，通过实践发掘可持续材料的潜力。随之而来的是一种全新的材料设计语言，将材料的天然品质和特征转化为形式和功能的综合表达。

▼HygroShape – H2原型，HygroShap prototype H2 ©ICD University of Stuttgart

▼HygroShape – H2原型侧视图与顶视图，profile and top view of the HygroShap prototype H2 ©ICD University of Stuttgart

▼HygroShape – H2原型摇椅，HygroShape prototype H2 a rocking lounge chair ©ICD University of Stuttgart

▼弯曲的两层结构可提高木材各方向上的结构利用率， The curved two-story structure improves structural efficiency on all sides of the wood ©ICD University of Stuttgart

▼HygroShape – H2原型细部，details of the HygroShape prototype H2 ©ICD University of Stuttgart

Once shaped, the parts lock mechanically creating stability, while retaining an active ergonomic function through small harmonious movements. The project represents a shift in design and manufacturing processes implementing material programming to harness the unique potentials of sustainable materials and practices. With this comes a new material design language embracing the qualities and characteristics of the natural as an integrative expression of form and function.

▼使用场景， Usage scenarios ©ICD University of Stuttgart

▼环保仿生家具，Bio-inspired, Bio-based, Bio-shaped ©ICD University of Stuttgart

由本项目衍生出来的hylo tech公司，将继续探索自塑技术在材料内部和结构应用方面的潜力。

The spin-off company hylo tech continues the exploration of this technology’s potential for a range of interior and structural applications.

▼HygroShape自动展开示意图， HygroShape self-shaping diagram ©ICD University of Stuttgart

▼分析图， diagrams ©ICD University of Stuttgart

Project Team：
ICD – Institute for Computational Design and Construction, University of Stuttgart
Dr.-Ing. Dylan Wood (PI), Laura Kiesewetter, Prof. Achim Menges
With the support of: Robert Faulkner, Denitsa Koleva, Kristina Schramm, Lena Strobel und Ramon Weber
Scientific Collaborators
Institut für Holztechnologie, Dresden &
Institute for Forest Utilization and ForestTechnology –TU Dresden Prof. Dr. Markus Rüggeberg
ETH Zürich
Dr. Philippe Grönquist
Project Support：
University of Stuttgart – Fund for Knowledge andTechnologyTransfer Henkel AG
Schönweiler GmbH
GETTYLAB
Photographer：Dylan Wood / Robert Faulkner / Laura Kiesewetter

More：University of Stuttgart。更多关于：University of Stuttgart on gooood

Project Specs

University of Stuttgart

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