Vol. 56 No. 4 CONTENTS
Special Issue on
Wood and Wood-Based Materials
General Paper

Special Issue on Wood and Wood-Based Materials (Vol.56 No.4)

Technical Note (Vol.56 No.4)

Influence of the Measurement Methods on the Mode ‡TFracture Toughness of Wood

Hiroshi Yoshihara and Takuji Kawamura

311

Transverse Compression Behavior of Softwood and Alternately Laminated Lumber of Rubberwood Veneer and Falcata Veneer

Koji MURATA and Sayaka NAKAO

316

Original Paper (Vol.56 No.4)

Effect of Densification on Compressive Stress-Strain Behavior in Wood

Tadashi OHTANI, Takayuki FUJIWARA and Kinuyo MATSUDA

321

Defect Detection of Lumber Including Knots Using Bending Deflection Curve

Hiroaki NAGAI , Koji MURATA and Masashi NAKAMURA

326

Optimization of Reaction Conditions and Evaluation of the Products for the Reaction of Wood with Vaporous Maleic Anhydride

Yoriko IWAMOTO, Takafumi ITOH, and Kazuya MINATO

332

Nickel-Catalyzed Carbonization of Wood for Co-Production of Functional Carbon and Fluid Fuels: Production of Dual Functional Nano-Carbon by Two Steps Carbonization

Kyoko SUZUKI, Tetsuo YAMADA and Tsutomu SUZUKI

339


General Paper (Vol.56 No.4)

Original Paper (Vol.56 No.4)

Influence of Short-Time Duplex Heat Treatment on Fatigue Strength of Ti-6A1-4V Alloy

Tatsuro MORITA, Kosuke SHINODA, Kazuhiro KAWASAKI and Yositaka MISAKA

345

Unified Transformation-Thermoplasticity and the Application

Tatsuo INOUE

352

Fatigue Lives Simulation in Sintered Silicon Nitride Based on Probability Distribution of Defects Size and Micro-Crack Propagation Behavior

Akira UENO and Kunihiro MATSUNO

357

Fatigue Fracture Surface Analysis of PAN Based Carbon Fiber

Noriyo HORIKAWA, Akiyoshi SAKAIDA, Takashi IMAMICHI and Yoshio HARUYAMA

364

Effect of Rubber Particle Size on Impact Tensile Fracture Behavior of MBS Resin

Kazuo ARAKAWA, Toshio MADA, Jun TAKAHASHI, Mitsugu TODO and Susumu OOKA

371

Flexural Fatigue Strength and Design by the P-S-N Curve for HVFA Pavement Concrete

Yasuhiro KATOH, Sumio HAMADA, Takao ICHIOKA and Ryota KOBAYASHI

377

Lecture (Vol.56 No.4)

New Challenges for Thermo-Mechanical Fatigue‡W:High Cycle Thermal Fatigue Induced by Fluid Temperature Fluctuation

Naoto KASAHARA and Tai ASAYAMA

383