首页> 外文会议>International Symposium on Automation and Robotics in Construction >DEMONSTRATIVE STUDY ON DEVELOPMENT OF A METHOD FOR REUSABLE WALL STRUCTURE MADE OF THINNED-OUT JAPANESE CEDAR- DESIGN STUDY OF ARC WOODEN HOUSE
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DEMONSTRATIVE STUDY ON DEVELOPMENT OF A METHOD FOR REUSABLE WALL STRUCTURE MADE OF THINNED-OUT JAPANESE CEDAR- DESIGN STUDY OF ARC WOODEN HOUSE

机译:作者:张莹莹,王莹,王莹,王莹,王莹,王莹,王莹,王莹,王莹,王莹,王莹,王莹

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Using wood in construction is one of the best way to reduce the emission of carbon dioxide, because wood is material that fixes carbon dioxide in the long term. Japanese cedar grows up quickly, with low price, but it has been used unpopular in construction in Japan. Because it is less intensity as construction material in comparison to other imported lumbers. We currently developed a construction method for wooden house, which was made of thinned-out Japanese cedar. This material is less intense than other lumbers. However when using this lumber to make a frame and place one by one, we use it as the main structure material. Based on this method, we developed "Design Study Arc Wooden House". In this study, we divided building construction into 2 parts. First, we used thinned-out Japanese cedar with dimension of 105×105×3000, to get trapezoid frame. Each frame was arranged into a skeleton of the building. Second, we used another size, is that 30×100×3000 to complete arc-shape. By using this, we found the cedar has possibilities for new planning and has a potential value as main structure material.
机译:在建筑中使用木材是减少二氧化碳排放的最佳方法之一,因为木材是长期固定二氧化碳的材料。日本雪松快速增长,价格低廉,但它已在日本的建筑中使用不受欢迎。因为与其他进口木材相比,它与施工材料的强度较少。我们目前为木屋开发了一种施工方法,由日本雪松薄膜制成。这种材料比其他木材更不强烈。然而,当使用该木材制作框架并将其放置一个框架时,我们将其作为主要结构材料。基于这种方法,我们开发了“设计研究弧木屋”。在这项研究中,我们将建筑建设分成2份。首先,我们用薄薄的日本雪松,尺寸为105×105×3000,得到梯形框架。每个框架被安排在建筑物的骨架中。其次,我们使用另一种尺寸,是30×100×3000完成弧形。通过使用这一点,我们发现雪松有新规划的可能性,并且具有作为主要结构材料的潜在价值。

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