[I14-P-01] Development of CLT for civil engineering using air-drying cypress unedged lamina

○Takashi Michiba¹, Fuyuya yuuhei¹ (1. Okayama pref.)

[I14-P-02] Development of a composite CLT of Japanese fast-growing trees Melia azedarach and cedar

Konoka Mizutani¹, ○Norihiko YAMADA¹, Koji Murata¹, Masashi Nakamura¹ (1. Kyoto Univ.)

[I14-P-03] Detection of Internal Defects in CLT and Glued Laminated Wood Using Air-coupled Ultrasonics

○Wang Fei¹, Noboru Fujimoto¹, Masumi Hasegawa¹ (1. Kyushu University)

[I14-P-04] Thermal conductivity measurement of isotropic multi-layered engineered plywood

○Hiroshi AKITSU¹, Noubuhiro ASAKURA¹, Yuko TSUNETSUGU², Kei MAEDA³, Kohta MIYAMOTO³, Tatsuya SHIBUSAWA³ (1. Hokkaido Inst., 2. The Univ. of Tokyo, 3. FFPRI)

[I14-P-05] Verification of strength and adhesive performance of composite laminated hardwoods and softwoods from Nagano Prefecture

○Akira Saito¹, Hiroto Suesada¹, Yoshihiro Hosoo¹, Kenta Yamaguchi² (1. Shinshu Univ, 2. North Alps Regional Dev.)

[I14-P-06] Influence of specimen thickness in tensile shear adhesive strength test

○Ryuichi IIDA¹ (1. Polytechnic Univ.)

[I14-P-07] Relationship between moisture content distribution in the thickness direction and thermal conductivity measured by the hot wire method for laminated veneers

○Kei MAEDA¹, Masahiro Matsunaga¹, Masahiko Kobayashi¹, Kanbayashi Toru¹, Atsuko Ishikawa¹ (1. FFPRI)

[I14-P-08] Effects of strand thickness and resin content on physical and mechanical properties of strand board

○Nozmu Akimoto¹, Shunichiro Ishitomi², Hikaru Kobori¹, Yoichi Kojima¹, Hiroshi Ishikawa³, Yoshikazu Morizumi³ (1. Grad. Agr.,Shizuoka Univ., 2. Sch. Agr.,Shizuoka Univ., 3. NODA CORPORATION)

[I14-P-09] Estimation of nailed joint performance of particle board by Gaussian process regression using production conditions

○Masato Suga¹, Nobuhiro Asakura¹ (1. Hokkaido Inst.)

[I14-P-10] Evaluating the nail joint durability of wood-based panels by 5-year outdoor exposure test

○Yoichi KOJIMA¹, Keita OSHIRO¹, Hikaru KOBORI¹ (1. Shizuoka Univ.)

[I14-P-11] Soil-buried test of wood plastic composites (WPCs) with high wood percentages (Part 2)- Assessment of deterioration in 4 years exposure test-

○Masahiko KOBAYASHI¹, Masahiro MATSUNAGA¹, Kei MAEDA¹, Toru KANBAYASHI¹, Atsuko ISHIKAWA¹ (1. FFPRI)

[I14-P-12] Characteristics of pulverized sawdust made from some woods in Hokkaido

○Yuu HASEGAWA¹, Sensho Honma¹ (1. Hokkaido Inst.)

[I14-P-13] Recycling of 3D printed wood-PLA composite parts using fused filament fabrication

○Teng-Chun Yang¹, Yu-Chen Chien¹ (1. NCHU, Department of Forestry)

[I14-P-14] Manufacturing process of long member for impregnated WPC -Influence of extrusion condition on mechanical properties of member-

○Soichi TANAKA¹, Masako Seki², Mitsuru Abe², Tsunehisa Miki² (1. Kyoto Univ., 2. AIST)

[I14-P-15] Effect of In-situ Microfibrillation on the Properties of FFF 3D-printed Cellulose/PLA/PA Composites

○BIRM JUNE KIM¹, Jong-In Park¹ (1. Kookmin Univ.)

[I14-P-16] Prediction and optimization of physical properties of kneading-type wood plastic composites using a data-driven approach: model construction and efficient formulation selection

○Yoshikuni TERAMOTO¹, Takashi Endo², Shinji Ogoe³ (1. Kyoto Univ., 2. Hiroshima Univ., 3. Manac Incorporated)

[I14-P-17] Properties of fiber-orientated flow-formed African Blackwood material

○Momoko Matsumoto¹, Kazuki Soga¹, Kazushi Nakai^1,2 (1. Yamaha, 2. Kyoto Univ.)

[I14-P-18] Performance evaluation for wood plastic recycled composites with unutilized recycled materials

○Akane Kusumoto¹, Hiroaki Horiyama¹, Keisuke Kojiro¹, Yuzo Furuta¹, Masako Seki², Tsunehisa Miki², Patchiya Phanthong³, Shigeru Yao³ (1. Kyoto Pref. Univ., 2. AIST, 3. Fukuoka Univ.)

[I14-P-19] Study on joints system for sendan-wood furniture

○Hiroyuki Okamura¹, Yasushi Hano¹, Kumamoto Ayumi¹, Sadakari Yuji² (1. Fukuoka Pref., 2. Sadakari isuseisakusho Co.,Ltd.)

[I14-P-20] Binderless technology using sodium hypochlorite for solid wood (Part 2) - Examination of processing conditions -

○Kamii Nakamura¹, Naoyuki Furuta¹, Junko Miyazaki¹, Noboru Nakamura² (1. Hokkaido Inst., 2. Okayama Univ.)

[I14-P-21] Evaluation of adhesion strength of bamboos fixed using ionic liquid.

Manamu Ihara¹, Ayari Shiomi², Hiroaki Horiyama², Keisuke Kojiro², ○Yoko OKAHISA³ (1. Grad. Sci., Kyoto Inst. Technol., 2. Kyoto Pref. Univ., 3. Fib., Kyoto Inst. Technol.)

[I14-P-22] Adheshive properties of hardwood species in Japan

○Kenichi EBE¹, Toshio Takiguchi¹ (1. Yamagata Pref.)

[I14-P-23] Adhesive properties of plywood using phenolic components derived from Japanese cedar bark Ⅱ. Investigation of adhesives using acid precipitates

○Naoyuki FURUTA¹, Junko Miyazaki¹, Kamii Nakamura¹, Koh Hashida², Eri Takata², Tsutomu Ikeda² (1. Hokkaido Inst., 2. FFPRI)

[I14-P-24] Chitosan modified polyvinyl acetate (PVAc) for improving the bonding strength of wood

○Cyuan Yu¹, Kun-Tsung Lu¹, Chia-Wei Chang¹ (1. National Chung Hsing Univ.)

[I14-P-25] Various coatings with biomass films formed by dissolution of lignocellulose in formic acid

○Naoko Kobayashi^1,2, Tomohiro Hashizume Hashizume^3,2, Takashi Watanabe Watanabe^1,2 (1. RISH, Kyoto Univ., 2. BPT, Kyoto Univ., 3. Daicel Co.)

[I14-P-26] Functional Biopolymeric Film Using Unutilized Biomass-derived Liquid Hydrolysates as Green Crosslinker

○Sangwoo Park¹, Junsik Bang¹, Jungkyu Kim¹, Seungoh Jung¹, Heechul Yun¹, Sung Wook Won¹, Young-min Cho¹, Daye Kim¹, Hwanmyeong Yeo¹, In-Gyu Choi¹, Hyo Won Kwak¹ (1. Seoul national University)

[I14-P-27] Characteristics of Dancheong Painting Based on Glue Solution Concentration

○YuJu Lee¹, TaeHo Choi¹ (1. Chungbuk National University)

[I14-P-28] Adsorption performance of wood powder according to heat-treatment and polymer surface treatment

○Seoggoo KANG^1,2, Hyunjae LEE¹, Jeewon KANG¹, Jongyun SHIN¹, Dongeun KIM¹ (1. Chungnam Univ., 2. KWPRC)

[I14-P-29] Combustion characteristics according to the concentration of boric acid-borax mixture and boron-based phenol resin flame retardant

○Seungmin YANG¹, Gyehwan KIM¹, Simgun LEE¹, Jaechan LEE¹, Halim PARK¹, Seoggoo KANG¹ (1. Chungnam Univ.)

Session information

I Wood-based materials and adhesion