Naoya Iizawa, Kei-ichi Imamoto, Chizuru Kiyohara, Hideyuki Nasu, Satoshi Onishi. STUDY ON ENVIRONMENT DECOMPOSITION AND STRENGTH OF CLT WHEN TEMPORARILY USED ON CIVIL ENGINEERING. WCTE 2023 - World Conference on Timber Engineering. 2023. 836-841
Kouta Matsumoto, Kiyotaka Terui, Hideyuki Nasu. IMPACT OF EXTERIOR SIDING WALLS AND THE CONNECTING METHODS IN WOODEN HOUSES: COMPARATIVE VERIFICATION FOR STRUCTURAL PERFORMANCE WITH DIFFERENT CONNECTION METHODS OF WALL SIDINGS. WCTE 2023 - World Conference on Timber Engineering. 2023. 3404-3409
Sora Sunakozawa, Kiyotaka Terui, Hideyuki Nasu. STUDY ON THE RELATIONSHIP BETWEEN INTERLAYER DEFORMATION ANGLE AND TORN WALLPAPER OF WOODEN HOUSES. WCTE 2023 - World Conference on Timber Engineering. 2023. 292-298
Yua Kosuge, Satoshi Onishi, Hideyuki Nasu. EFFECT OF DIFFERENT TESTING METHODS ON THE STRUCTURAL PERFORMANCE OF WOODEN SHEAR WALLS. WCTE 2023 - World Conference on Timber Engineering. 2023. 3392-3397
Nicolas Giron, Hideyuki Nasu. CREEP TESTING OF A TIMBER LATTICE FRAME USING IMAGE RECOGNITION. WCTE 2023 - World Conference on Timber Engineering. 2023. 3860-3867
Study on the Relationship Between Interlayer Deformation Angle and Torn Wallpaper in Wooden Houses, Verification by In-Plane Shearing Tests Using Full-Scale Load-Bearing Walls with Opening
(Timber Engineering Forum No.27 2023)
Impact of Exterior Siding Wall and the Connecting Methods in Wooden Houses, Comparison of the Bearing Capacity Contributing to Various Load-Bearing Walls
(Timber Engineering Forum No.27 2023)
Research on Load-Bearing Walls with Equipment Holes, Verification of Strength with the Holes at Wall Bottom Air Supply and Exhaust in the Legs
(Timber Engineering Forum No.27 2023)
Verification of the Effect of Additional Nailing Above and Below Opening in Framed Wall Construction Load-Bearing Walls, Including Verification of Single Shear Test Methods of Nails
(Timber Engineering Forum No.27 2023)
A Study on Buckling Performance of Nail Laminated Timber for Bearing Shear Wall, Buckling Tests Against Vertical Load Assuming Load-Bearing Walls
(Timber Engineering Forum No.27 2023)