© Khristel Stecher

(Khristel Stecher)

架构师提供的文本描述。OCAD的蒸汽独木舟的灵感来源于独木舟，它象征着北美原住民的丰富历史和早期探索。海岸掩体的建造是为了穿过寒冬海岸的刺骨风，反映出倾覆的水船所创造的内部空间。太阳能水合组件安装在结构内，反映了冻融的基本主题。被疏散的太阳能管加热了内部后方的捕捉盘，融化了雪，产生了温暖的水，形成了从结构内部冒出的雾晕。

Text description provided by the architects. OCAD’s Steam Canoe was inspired by the canoe; The vessel that symbolizes the rich history of the indigenous first nations and early exploration of North America. The shoreline shelter was built to cut through the harsh wind of the cold winter shoreline, reflecting the interior space created by overturned water vessels. Solar hydronic components were installed within the structure, reflecting the underlying theme of freeze-thaw. Evacuated solar tubes heated a capture pan at the rear of the interior, melting snow and generating warm water, creating a fog halo that emerged from within the structure.

 Canoe Parts Diagram

独木舟零件图

蒸汽独木舟结构是通过计算机辅助参数化几何、人工切割计算机生成的形式和创新的实验生产相结合，将传统的压延机层压板工艺与一种新的机械紧固技术-夹持金属-一种以连续薄片金属层形式应用的“金属尼龙搭扣”技术相结合，实现了蒸汽独木舟的结构。在床单的两面上都有抓钩。

The Steam Canoe structure was achieved with a combination of computer assisted parametric geometry, manual cutting of the computer generated forms and innovative experimental production combining the traditional process of rolling Press Laminated Timber Panels with a new mechanical fastening technology called GRIP Metal, a type of “metal velcro,” applied in the form of continuous thin-gauge sheet metal layers, with grip hooks on both faces of the sheet.

 © Curtis Ho

C.柯蒂斯·何

抓地力金属简化了夹两层1/8“橡木和一层3/4”云杉的工艺，消除了通常用于层压板的粘合剂。这种连续钢板被压制成单板和芯材，在这种简单的压力轧制方法。其结果是坚固和轻巧的面板，允许一个组装到一个亭子不需要子结构，外部皮肤是结构。

GRIP Metal simplified the process of sandwiching two layers of 1/8 “Oak and one layer of 3/4" Spruce, eliminating the adhesives typically used for laminate panels. This continuous steel sheet is pressed into the veneer and core lumber in this simple press rolling method. The results are strong and lightweight panels allowing an assembly into a pavilion without need for substructure, the external skin is the structure.

 © Khristel Stecher

(Khristel Stecher)

 Building Detail and Elevations

建筑细节和立面

 © Khristel Stecher

(Khristel Stecher)

 Timber Panels Diagram

木板图

 © Khristel Stecher

(Khristel Stecher)

通过仔细调整拼装板的进给角度，使不同的半径成为可能。与传统的化学粘合方法相比，板材具有更强的粘结能力；在其使用寿命结束时，可将其分离为木材和金属的纯材料来源，使之成为材料、工艺、应用、产品和可持续性方面的完美创新。

Different radii are made possible by adjusting the feeding angle of the assembled panels carefully into the roll press. The panels have a stronger bond than traditional chemical adhesive methods; the components can be separated at the end of their lifetime into pure material origins of wood and metal, making this a perfect innovation in material, process, application, product and sustainability.

Architects OCADU

Location Toronto, Canada

Category Small Scale

Lead Architects Curtis Ho, Mark Tholen

Area 300.0 ft2

Project Year 2016

Photographs Mark Tholen, Khristel Stecher, Curtis Ho, Shengjie Qiu

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