[C14-P] C Wood physics | The 74th Annual Meeting of The Japan Wood Research Society

Session Details

PosterC Wood physics

C Wood physics

Thu. Mar 14, 2024 9:15 AM - 10:30 AM JST
Thu. Mar 14, 2024 12:15 AM - 1:30 AM UTC

C Wood physics International Conference Hall

[C14-P-01]Conservation of Wooden Amitabha Buddha Altarpiece and Wooden Seated Amitabha Buddha Triad of Yongmunsa Temple, Yecheon in Korea

○Heesoo Song¹, Soochul Kim¹, Junghae Park², Junghyeon Bae³ (1. Korea Univ. of Cultural Heritage, 2. Jinsung Conservation, 3. Dooyoung Conservation)

[C14-P-02]Characterization of aged hinoki wood by water vapor and nitrogen gas sorption

○Misao YOKOYAMA^1,5, Minoru Sakamoto², Kazuyoshi Kanamori³, Daisuke Ogura⁴ (1. RIAS, 2. NMJH, 3. Grad.Sci.Kyoto Univ., 4. Grad.Eng.Kyoto Univ., 5. kyoto Univ.)

[C14-P-03]Mechanical properties of lignocellulose material produced by using feces of Incisitermes minor

○Mai Kume¹, Soichi Tanaka¹, Hiroyuki Yano¹ (1. Kyoto Univ.)

[C14-P-04]Mechanical properties and color of kihada (Phellodendron amurense) and kuri (Castanea crenata) wood

○Yoshihiko NISHINO¹, Takuto Horinouchi¹ (1. Kagoshima Univ.)

[C14-P-05]The effect of heat treatment on the optical properties of wood

○Hiroyuki SUGIMOTO¹, Mako AKIMOTO¹, Masatoshi SUGIMORI¹ (1. Ehime Univ.)

[C14-P-06]Tensile properties parallel to the grain and chemical component contents of sugi heat-treated wood from Nagano Prefecture

Hikaru MATSUDA¹, ○Yoshihiro HOSOO¹, Hiroto SUESADA¹, Tomoko KUWAYAMA², Yuji OKUHARA³, Takahisa YOSHIDA³ (1. Shinshu Univ., 2. Teoria Lumber Tech Co., Ltd., 3. Nagano Pref.)

[C14-P-07]Permanent Fixation of Wood Compressive Deformation via Regulating the Heating Gas Pressure and Composition

○Rongfeng Huang¹, Jing Li¹, Noboru Fujimoto² (1. CRIWI CAF, 2. KYUSHU Univ.)

[C14-P-08]Relationship of the chemical component change and friction condition in high-speed friction treatment in wood surface

○Takahiro Shirokoma¹, Tadashi Ohtani¹, Ryuichi Iida², Aoi Nishida³, Eiichi Mine³, Tomohiro Higuchi³, Doppo Matsubara⁴ (1. Tokyo Gakugei Univ., 2. Polytechnic Univ., 3. Tokyo Met., 4. Kindai Univ.)

[C14-P-09]Vibration and its application of wooden pile in the ground. Part 9. Underground end condition for wooden piles twelve years after construction

○Yoshitaka KUBOJIMA¹, Hideo KATO¹, Tadashi HARA², Kazuhiro SHIBA³, Satomi SONODA⁴ (1. FFPRI, 2. Kochi Univ., 3. Toyama Pref., 4. Polytechnic Univ.)

[C14-P-10]Measuring the Properties of Standing Trees of Cunninghamia lanceolata in Shobara with Stress wave Propagation Velcity.

○Ken YAMAMOTO¹, Tsutomu Sakata¹, Akitsugu Imaoka¹, Yasutaka Watanabe¹, Satoru Wakushima¹ (1. Hiroshima Pref.)

[C14-P-11]Terahertz non-destructive evaluation of dispersibility of CNF

○Atsushi Nakanishi¹, Naoko Kanno², Ryo Nozawa² (1. Hamamatsu Photonics, 2. Shizuoka Pref.)

[C14-P-12]The Effect of Swelling Anisotropy on Lateral Compression of Wood

○Ayari Shiomi¹, Kazuki Uehara¹, Hiroaki Horiyama¹, Keisuke Kojiro¹, Yuzo Furuta¹ (1. Kyoto Pref. Univ.)

[C14-P-13]Changes in Swelling and Mechanical Properties of Wood in Solvent Displacement Processes

○Kotone Yasumoto¹, Akane Kusumoto², Kazuki Uehara², Hiroaki Horiyama², Keisuke Kojiro², Yuzo Huruta² (1. Sch. Kyoto Pref. Univ., 2. Kyoto Pref. Univ.)

[C14-P-14]Effect of Boiling Water Treatment on the Physical Properties of Quercus variabilis Virgin Cork Grown in Korea

○Nam-Hun Kim¹, Denni Prasetia¹, Jong-Ho Kim¹ (1. Kangwon Nat. Univ.)

[C14-P-15]Effects of the freeze-and-thaw on the mechanical properties of wood

○Hina Nakano¹, Takahisa Nakai¹, Keisuke Toba², Toru Kanbayashi², Ryuichi Iida³ (1. Mie Univ., 2. FFPRI, 3. Polytechnic Univ.)

[C14-P-16]Effect of rays on the deformation behavior of wood in the wood bending

○Koji ADACHI¹, Ryuto Kumamoto¹, Kayo Kudo¹, Firas Hawasly¹ (1. Akita Pref. Univ.)

[C14-P-17]The influence of violin’s purfling on the vibrational properties of its top plate
- The vibrational properties of circular plate with ditch -

○Koyuki Nishimura¹, Toshiyuki Fukui¹, Yoshiyuki Yanase¹, Yutaka Sawada¹, Koji Murata¹ (1. Kyoto Univ.)

[C14-P-18]The influence of filler structure on mechanical properties of wood-rubber soft composite materials

○Kohei Shimogata¹, Tetsuo Yamaguchi¹ (1. The Univ. of Tokyo)

[C14-P-19]Vibration characteristics of trees with branches and leaves
~Changes in vibration characteristics due to placement of branches~

○Hideaki Fujiwara¹, Tetsuo Yamaguchi¹ (1. The Univ.of Tokyo)

[C14-P-20]Finite element analysis for “Deflection of shelves”
—Young's modulus derivation and furniture modeling methods—

○Katsuhiro Tamura¹, Takashi Funai¹, Tadashi Nagasawa¹, Takayasu Oikawa¹, Daisuke Suzuki², Keita Kodama², Shota Suzuki² (1. Shizuoka Pref., 2. SHIRAI INDUSTRIAL)

The 74th Annual Meeting of The Japan Wood Research Society

Session Details

C Wood physics

[C14-P-01]Conservation of Wooden Amitabha Buddha Altarpiece and Wooden Seated Amitabha Buddha Triad of Yongmunsa Temple, Yecheon in Korea

[C14-P-02]Characterization of aged hinoki wood by water vapor and nitrogen gas sorption

[C14-P-03]Mechanical properties of lignocellulose material produced by using feces of Incisitermes minor

[C14-P-04]Mechanical properties and color of kihada (Phellodendron amurense) and kuri (Castanea crenata) wood

[C14-P-05]The effect of heat treatment on the optical properties of wood

[C14-P-06]Tensile properties parallel to the grain and chemical component contents of sugi heat-treated wood from Nagano Prefecture

[C14-P-07]Permanent Fixation of Wood Compressive Deformation via Regulating the Heating Gas Pressure and Composition

[C14-P-08]Relationship of the chemical component change and friction condition in high-speed friction treatment in wood surface

[C14-P-09]Vibration and its application of wooden pile in the ground. Part 9. Underground end condition for wooden piles twelve years after construction

[C14-P-10]Measuring the Properties of Standing Trees of Cunninghamia lanceolata in Shobara with Stress wave Propagation Velcity.

[C14-P-11]Terahertz non-destructive evaluation of dispersibility of CNF

[C14-P-12]The Effect of Swelling Anisotropy on Lateral Compression of Wood

[C14-P-13]Changes in Swelling and Mechanical Properties of Wood in Solvent Displacement Processes

[C14-P-14]Effect of Boiling Water Treatment on the Physical Properties of Quercus variabilis Virgin Cork Grown in Korea

[C14-P-15]Effects of the freeze-and-thaw on the mechanical properties of wood

[C14-P-16]Effect of rays on the deformation behavior of wood in the wood bending

[C14-P-17]The influence of violin’s purfling on the vibrational properties of its top plate
- The vibrational properties of circular plate with ditch -

[C14-P-18]The influence of filler structure on mechanical properties of wood-rubber soft composite materials

[C14-P-19]Vibration characteristics of trees with branches and leaves
~Changes in vibration characteristics due to placement of branches~

[C14-P-20]Finite element analysis for “Deflection of shelves”
—Young's modulus derivation and furniture modeling methods—

[C14-P-21]Prediction of cedar wood mechanical property using multi-scale structural data

[C14-P-22]Visualization of moisture content in wood by single-pixel imaging

[C14-P-23]Observation of moisture content transition on wood surface by using vis-NIR hyperspectral imaging

[C14-P-24]Development of Eco-Friendly Wooden Straws from Birch Veneers

Session Details

C Wood physics

[C14-P-01]Conservation of Wooden Amitabha Buddha Altarpiece and Wooden Seated Amitabha Buddha Triad of Yongmunsa Temple, Yecheon in Korea

[C14-P-02]Characterization of aged hinoki wood by water vapor and nitrogen gas sorption

[C14-P-03]Mechanical properties of lignocellulose material produced by using feces of Incisitermes minor

[C14-P-04]Mechanical properties and color of kihada (Phellodendron amurense) and kuri (Castanea crenata) wood

[C14-P-05]The effect of heat treatment on the optical properties of wood

[C14-P-06]Tensile properties parallel to the grain and chemical component contents of sugi heat-treated wood from Nagano Prefecture

[C14-P-07]Permanent Fixation of Wood Compressive Deformation via Regulating the Heating Gas Pressure and Composition

[C14-P-08]Relationship of the chemical component change and friction condition in high-speed friction treatment in wood surface

[C14-P-09]Vibration and its application of wooden pile in the ground. Part 9. Underground end condition for wooden piles twelve years after construction

[C14-P-10]Measuring the Properties of Standing Trees of Cunninghamia lanceolata in Shobara with Stress wave Propagation Velcity.

[C14-P-11]Terahertz non-destructive evaluation of dispersibility of CNF

[C14-P-12]The Effect of Swelling Anisotropy on Lateral Compression of Wood

[C14-P-13]Changes in Swelling and Mechanical Properties of Wood in Solvent Displacement Processes

[C14-P-14]Effect of Boiling Water Treatment on the Physical Properties of Quercus variabilis Virgin Cork Grown in Korea

[C14-P-15]Effects of the freeze-and-thaw on the mechanical properties of wood

[C14-P-16]Effect of rays on the deformation behavior of wood in the wood bending

[C14-P-17]The influence of violin’s purfling on the vibrational properties of its top plate- The vibrational properties of circular plate with ditch -

[C14-P-18]The influence of filler structure on mechanical properties of wood-rubber soft composite materials

[C14-P-19]Vibration characteristics of trees with branches and leaves~Changes in vibration characteristics due to placement of branches~

[C14-P-20]Finite element analysis for “Deflection of shelves” —Young's modulus derivation and furniture modeling methods—

[C14-P-21]Prediction of cedar wood mechanical property using multi-scale structural data

[C14-P-22]Visualization of moisture content in wood by single-pixel imaging

[C14-P-23]Observation of moisture content transition on wood surface by using vis-NIR hyperspectral imaging

[C14-P-24]Development of Eco-Friendly Wooden Straws from Birch Veneers

[C14-P-17]The influence of violin’s purfling on the vibrational properties of its top plate
- The vibrational properties of circular plate with ditch -

[C14-P-19]Vibration characteristics of trees with branches and leaves
~Changes in vibration characteristics due to placement of branches~

[C14-P-20]Finite element analysis for “Deflection of shelves”
—Young's modulus derivation and furniture modeling methods—