Isernia Golf Club
伊塞尔尼亚高尔夫俱乐部
747 WING HOUSE
747机翼屋
Happy Street
快乐街
Koban
派出所岗亭
Cocoon
蚕茧大厦
Bamboo Restaurant
竹子餐厅
GATE 750
大门750
Rings around a Tree
树之环
Tea House
茶亭
Kivik Art Pavilions
Kivik艺术展厅
Burnham Pavilion
伯纳姆展亭
Serpentine Gallery：The Red Sun Pavilion
蛇形画廊：红色遮阳亭
Treehouse Djuren
Djuren树屋
Party Animal
派对动物
Akron Art Museum
阿克伦城艺术博物馆
Kalmar Museum of Art
卡尔马艺术博物馆
EXPO-AXIS
世博轴
BMW Welt
宝马世界
Rooftecture HH
Rooftecture HH私人住宅
Rock It Suda
ROCK IT SUDA 度假屋
The Wellington Zoo Hub
惠灵顿动物园活动中心
V-528 Multifunctional Activity Center
V-528多功能活动中心
The Creative Pavilion
创意馆
Busan Cinema Center
韩国釜山电影中心
The Los Angeles Museum of
the Holocaust
洛杉矶大屠杀博物馆
RiZhao Landscaping Project
日照山海天阳光海岸配套公建
Riverside Museum
河畔博物馆
Mirror House
镜宅
NY400 Dutch Pavilion
纽约400荷兰馆
Aefaup Temporary Bar
Aefaup临时酒吧
Kumutoto toilet
Kumutoto卫生间
Norwegian Wild Reindeer
Centre Pavilion
挪威野生驯鹿中心
Yusuhara Wooden Bridge Museum
梼原町木桥博物馆
Esker Haus
蛇形丘别墅
UNIQLO Cubes
优衣库方块
Sports-pavilion
鹿特丹体育俱乐部
JNBY
江南布衣时装展厅
Art gallery of Alberta
加拿大阿尔伯塔省艺术博物馆
內容試閱：
设计构思
该项目通过利用新颖的计算机设计和仿真模拟法，以及在建筑中使用计算机控制制造法，将海胆的生物骨骼结构进行了建筑风格的转变。这项极富特色的创新项目主要在于将可辨识的生物原理和相关的性能,通过电脑程序高效地转变成不同的几何形状。这一过程可以证明,亭子形态只靠使用超薄的胶合板厚6.5毫米就能建成。Design
Conception
The result is a bending-active structure made entirely of
elastically-bent plywood strips. The strips are robotically
manufactured as planar elements, and subsequently connected so that
elastically bent and tensioned regions alternate along their
length. The force that is locally stored in each bent region of the
strip, and maintained by the corresponding tensioned region of the
neighboring strip, greatly increases the structural capacity of the
system. In order to prevent local points of concentrated bending
moments, the locations of the connection points between strips
needs to change along the structure. The combination of both the
stored energy resulting from the elastic bending during the
construction process and the morphological differentiation of the
joint locations enables a very lightweight system.设计构思
这是一个完全由条状弯曲胶合板组成的主动挠曲结构。其错综复杂的网络结构体系由结点及相关的力矢量组成，利用胶合薄板的弹性加以调节，从而达成精妙的平衡状态，拓展出一方独特的建筑空间。初始的胶合平板条由6
轴工业机器人制造并连接，使其受弯和受拉部位沿长度方向交错分布。局部应力存储在板条的各个挠曲部位，并由相邻板条所对应的张拉部位加以维持，从而大大增加了系统的结构承载力。为了避免瞬间局部弯矩集中，板条之间的接头交替排布，最终形成了新奇独特的建筑外壳。Design
Conception
Together with the standard playground facilities the designer
wished to combine an enclosed space for fire, storytelling and
playing.Given a very limited budget, reusing leftover materials
from a nearby construction site was a starting point that led the
design to be based on short wooden pieces. Inspired by the
Norwegian turf huts and old log construction, a wooden construction
was built and mounted on a lighted and brushed concrete base. The
structure is made of 80-layered circles. Every circle is made out
of 28 pieces of naturally impregnated core of pine that are placed
with varied spaces to assure chimney effect and natural light. A
double curved sliding door was designed for locking the
structure.
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