Acoustic Emission Generation at Fracture Point During Tensile Tests in the Thickness Direction of Particleboard : Effects of the Board's Internal Structure
スポンサーリンク
概要
著者
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Lin H
National Chiayi Univ. Chiayi Twn
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FUJIMOTO Yoshiyasu
Wood Engineering Division, Miyazaki Prefectural Wood Utilization Research Center
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LIN Han
Laboratory of Wood Material Technology, Department of Forest Products, Graduates School of Bioresour
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FUJIMOTO Yoshiyasu
Miyazaki Prefectural Wood Utilization Research Center
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ISHIMOTO Mami
Nissin Software Cooperation
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MURASE Yasuhide
Lavoratory of Wood Material Technology, Devision of Biomaterial Science, Department of Forest and Fo
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Murase Y
Department Of Forest And Forest Products Sciences Fuculty Of Agriculture Kyushu Unviversity
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Mataki Yoshihiro
Wood Material Technology Laboratory Of Biomaterial Science Faculty Of Agriculture Kyushu University
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Fujimoto Yoshiyasu
Wood Engineering Division Miyazaki Prefectural Wood Utilization Research Center
関連論文
- Development of Automatic System for Monitoring and Removing of Burr in Side Milling Process of Wood and Wood-based Materials
- Analysis of Combustion Emissions and Char from CCA- and ACQ-Treated Wood
- Application of Bamboo Vinegar with Process to Evaluate Fungi Resistance of Bamboo Materials
- Estimating Thermal Behavior and Analyzing Evolved Species of Adhesives Through Thermogravimetric Analysis combined with Spectrometric Techniques
- Behavior of acoustic emission generation during tensile tests perpendicular to the plane of particleboard II : effects of particle sizes and moisture content of boards
- Influences of Particle Size and Moisture Content on Ultrasonic Wave Transmission Characteristics in Thickness Direction of Particleboard
- Acoustic Emission Generation at Fracture Point During Tensile Tests in the Thickness Direction of Particleboard : Effects of the Board's Internal Structure
- Development of A Measuring Method for Acousto-Ultrasoni Transmission in Thickness Direction of Particleboard
- Evaluation of Sugi Finger-jointed Laminae with a Knot and Starved Joints by Acoustic Emission
- Press Drying of Short Board Sawn from Young-Growth Sugi