技術科専攻学生のための材料研究 : 木材単板と合板の曲げ強さ

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URI http://repository.center.wakayama-u.ac.jp/metadata/3282
フルテキストURL
DOI[info:doi/]
本文言語
日本語
区分
和歌山大学
掲載誌名
和歌山大学教育学部紀要. 自然科学
ISSN
13424645
NCID
AN00257977
68
1
並び順
12
開始ページ
63
終了ページ
67
発行日
2018-01-31
標題(和)
技術科専攻学生のための材料研究 : 木材単板と合板の曲げ強さ
標題(ヨミ)
標題(欧)
Materials Research for Students Major in Technology Education : Bending Strength of Wood Veneer and Plywood
作成者
著者 池際 博行
チョシャ イケギワ ヒロユキ
Author IKEGIWA Hiroyuki
所属 和歌山大学
Affiliate Wakayama University
キーワード(和)
単板積層
平行合板
直交合板
曲げ試験
資料タイプ
紀要論文
抄録(欧)

The plywood is one of the famous wood-materials, it seems that students major in technology education do not so clearly understand the characteristics of it so they must study too much fields of technologies. The author wants to look into the importance of wood-materials for students engaged in technology education. To do this, the author manufactured the3-ply laminated wood made of thin spruce veneers (thickness of 0.8mm), and tried to understand them the mechanical superiority of laminated woods through the experimental bending tests of them.
The results of this experimental tests are summarized as follows:
1) By the lamination of thin veneers, we could get higher bending strengths than those of solid wood veneers.
2) Especially, LVL (plywood laminated veneers on parallel fiber direction) had highest bending strength in all plywood made at the experimental test.
3) To laminate thin solid veneers with adhesive materials, it changed to the composite material and it has higher bend elastic constant than that of original woods.

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