[E15-P-01] Vacuum drying test of Karamatsu (Larix kaempferi) Square Lumber with Pith

○Kenta Yamaguchi¹, Yuji Okuhara¹, Naoki Koike¹, Tatsuya Yoshikawa¹ (1. Nagano Pref)

[E15-P-02] Kiln-drying and strength performance of sugi beam without pith
(Part 1)Bending performance under different drying conditions

○Hiroshi MATSUMOTO¹, Yoji Ishida¹, Motoo Dohi², Kento Tanaka², Ken Watanabe³, Hirofumi Nagao³, Hirofumi Ido³ (1. Ishikawa Pref., 2. Gifu Pref., 3. FFPRI)

[E15-P-03] Kiln-drying and strength performance of sugi beam without pith (Part2) Effect of intermediate steaming under reduced pressure kiln-drying on internal cracking

○Motoo DOHI¹, Kento TANAKA¹, Hiroshi MATSUMOTO², Yoji ISHIDA², Ken WATANABE³, Hirofumi NAGAO³, Hirofumi IDOU³ (1. Gifu Pref., 2. Ishikawa Pref., 3. FFPRI)

[E15-P-04] Kiln-drying and strength performance of sugi beam without pith
(Part 3) Effect of intermediate steaming under reduced pressure kiln-drying on bending strength properties

○Kento Tanaka¹, Motoo Dohi¹, Hiroshi Matsumoto², Yoji Ishida², Ken Watanabe³, Hirofumi Nagao³, Hirofumi Ido³ (1. Gifu Pref., 2. Ishikawa Pref., 3. FFPRI)

[E15-P-05] Combination drying for sugi flat square timber without pith

○Keiko Nakamura¹, Motoyoshi Ikeda¹, Mamoru Kawanaka¹, Yoshihiro Tokumaru¹ (1. Kumamoto Pref.)

[E15-P-06] Variation of moisture content and dimension of Sugi (Cryptomeria japonica) flat square dry lumber without pith of different moisture content

○Chie Fujimoto¹, Satoshi Nagai¹, Shuetsu Saito² (1. Hyogo Pref., 2. FFPRI)

[E15-P-07] Drying of Japanese fast-growing hardwood Toona sinensis harvested in Niigata Prefecture

○Yifan Wang¹, Hiroki Sakagami¹, Noboru Fujimoto¹, Junji Matsumura¹ (1. Kyushu Univ.)

[E15-P-08] Estimating the moisture content of oak wood by striking sound

○Takayuki ASADA¹, Shu Wada¹, Shingo Ookawa¹ (1. HIDA SANGYO CO., LTD.)

[E15-P-09] Fundamental study on the influence of size on drying rate of Sugi wood chip

○Ken WATANABE¹, Kiyohiko Fujimoto¹, Yosuke Matsuda¹, Takashi Yanagida¹ (1. FFPRI)

[E15-P-10] A study on the application of Electro-Active Polymer (EAP) sensors to investigate the strain of the surface layer during the air-drying of red pine super-heavy timber with a diameter or diagonal length of 45 cm

○Changjin Lee¹, Namho Lee¹, Hwanmyeong Yeo², Taekyeong Lee², Gayeon Kim¹, Gayoung Park¹, Hoeun Lee¹ (1. Jeonbuk National Univ., 2. Seoul National Univ.)

Session information

E Wood drying