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1.
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2014/08
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Article
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CONSIDERATIONS REGARDING EARTHQUAKE-RESISANT DESIGN OF WOODEN RESIDNCES UTILISING MEASUREMENT DATA TAKEN WITH A SEISMOGRAPH FOR STANDALONE RESIDENCES WITH DAMAGE ASSESSMENT FUNCTIONALITY 14th World Conference on Timber Engineering(Canada) pp.ABS654 (Collaboration)
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2.
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2011/02
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Article
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A study on seismic peak responses in a SDOF elasto-plastic system of slip hysteresis characteristics J. Struct. Constr. Eng., AIJ pp.353-362 (Collaboration)
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3.
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2006/03
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Article
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A STUDY ON A WOODEN SHEAR WALL WITH VISCOELASTIC DAMPER THAT ADDS DISPLACEMENT MAGNIFICATION MECHANISM
A Study on Response Controlled Structure of Wood Construction Building(Part1) Journal of structural engineering. pp.457-466 (Collaboration)
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4.
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2005/05
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Article
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APPLICATION OF SHEATIIING AREA RATIO BY SUGIYAMA'S LAB. FOR BEARING WALL WITII OPENING BY WOODEN PANELS
A study on shearing behaviorof bearingwall by wooden panel construction (Part 1) J. Struct. Constr. Eng., AIJ pp.99-106 (Collaboration)
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5.
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2015/04
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Article
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AN EXPERIMENTAL STUDY ON DYNAMIC SHEAR BEHAVIOR OF WOODEN BEARING WALL SURFACE WITHAN OPENING J. Struct. Constr. Eng., AIJ pp.627-636 (Collaboration)
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6.
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2014/08
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Article
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DEVELOPMENT OF BIDIRECTIONAL RAHMEN STRUCTURE USING A WOOD BONDED COMPOSITE PANELS 14th World Conference on Timber Engineering(Canada) pp.ABS372 (Collaboration)
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7.
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2014/08
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Article
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HUT EMERGENCY EVACUATION IN THE EVENT OF A DISASTER OF USING THE WOODEN PANEL 14th World Conference on Timber Engineering(Canada) pp.ABS361 (Collaboration)
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8.
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2014/08
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Article
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THE STRUCTURAL POTENTIAL OF BIDIRECTIONAL RAHMEN STRUCTURE USING A WOOD BONDED COMPOSITE PANELS METHOD FOR MEDIUM- AND HIGH-HEIGHT STRUCTURES 14th World Conference on Timber Engineering(Canada) pp.ABS686 (Collaboration)
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9.
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2013/06
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Article
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A STUDY ON SEISMIC PEAK RESPONSE ACCELERATION OF SLIP HYSTERESIS CHARACTERISTICS
−Shaking table experiments for the 1/6 scale models (No.2)− AIJ J. Technol. Des. pp.537-542 (Collaboration)
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10.
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2012/07
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Article
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A STUDY ON HORIZONTAL RESISTANCE MECHANISM OF
WOODEN FLOOR WITH OPENING 12th World Conference on Timber Engineering(New Zealand) pp.106-111 (Collaboration)
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11.
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2012/07
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Article
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DEVELOPMENT OF SEISMO GRAPH WITH STRUCK LEVEL JUDGMENT FUNCTION INTENDED FOR TIMBER STRUCTURE 12th World Conference on Timber Engineering(New Zealand) pp.681-684 (Collaboration)
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12.
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2012/07
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Article
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POSSIBIRITY OF MID-RISE TIMBER STRUCTURE
APPROCH BY 1/6 SCALE MODEL EXPERIENCE 12th World Conference on Timber Engineering(New Zealand) pp.561-566 (Collaboration)
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13.
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2012/07
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Article
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THE TIMBER HUT THAT PEOPLE CAN ASSEMBLE BY
THEIRESELVES
THE PROJECT OF THE RECOVERY OF THE GREAT EAST
JAPAN EARTHQUAKE 12th World Conference on Timber Engineering(New Zealand) pp.339-342 (Collaboration)
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14.
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2011/10
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Article
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A STUDY ON SEISMIC PEAK RESPONSE DISPLACEMENT OF SLIP HYSTERESIS CHARACTERISTICS
- Shaking table experiments for the 1/6 scale models (No. 1) - AIJ J. Technol. Des. pp.885-890 (Collaboration)
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15.
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2011/03
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Article
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STUDY ON EARTHQUAKE RESISTANT PERFORMANCE OF TRADITIONAL WOODEN HOUSES IN OKAYAMA, TAKAHASHI CITY THAT BUILT DURING EDO PERIOD AND SHOWA Journal of structural engineering. pp.349-362 (Collaboration)
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16.
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2011/02
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Article
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DEVELOPMENT OF HIGH RACKING RESISTANCE AND HIGH RIGIDITY WOODEN GLUED PANEL AIJ J. Technol. Des. pp.151-155 (Collaboration)
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17.
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2011/02
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Article
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Development of wooden panels rahmen construction that considers construction of site AIJ J. Technol. Des. pp.127-131 (Collaboration)
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18.
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2010/06
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Article
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A STUDY ON SHEARING BEHAVIOR OF BEWRING WALLS BY WOODEN PANELS CONSTRUCTION. 11th World Conference on Timber Engineering(Italy) pp.ID479 (Collaboration)
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19.
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2010/06
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Article
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A STUDY ON THE EFFECTIVE EARTHQUAKE-RESISTANT
CONSTRUCTIVE PLANNING OF THE WOODEN CONSTRUCTION WITH AN ENERGY ABSORBING MECHANISM 11th World Conference on Timber Engineering(Italy) pp.ID466 (Collaboration)
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20.
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2010/06
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Article
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EXPONENTIAL HYSTERETIC CHARACTERISTICS OF WOODEN STRUCTURES. 11th World Conference on Timber Engineering(Italy) pp.ID645 (Collaboration)
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21.
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2009/04
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Article
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AN EXPERIMENTAL STUDY ON SHEAR STRAIN DISTRIBUTION UNDER THE SHEAR BUCKLING OF PLYWOOD BY WOODEN PANEL
-A study on shearing behavior of bearing wall by wooden panels construction (Part 3)- J. Struct. Constr. Eng., AIJ pp.657-665 (Collaboration)
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22.
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2008/06
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Article
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A Study on Plywood's Shear Buckling and Shear Stress Distribution of Bearing Wall In-plane Shear Force by Wooden Panel Construction 10th World Conference on Timber Engineering(Japan) pp.2-338P (Collaboration)
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23.
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2008/06
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Article
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A STUDY ON RESPONSE CONTROLLED STRUCTURE OF WOOD CONSTRUCTION BUILDING 10th World Conference on Timber Engineering(Japan) pp.13-337P (Collaboration)
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24.
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2007/08
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Article
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AN EXPERIMENTAL STUDY ON ROLLING SHEAR DESTRUCTION OF BEARING WALL BY WOODEN PANELS CONSTRUCTION
A study on shearing behavior of bearing wall by wooden panels construction (Part 2) J. Struct. Constr. Eng., AIJ pp.151-158 (Collaboration)
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25.
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2007/04
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Article
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A STUDY ON EFFECTIVE WIDTH OF WOOD GLUED PANELS UNDER OUT OF PLANE BENDING :
A study on stressed-skin effect of wood glued panel construction (Part 1) J. Struct. Constr. Eng., AIJ pp.77-84 (Collaboration)
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26.
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2007/03
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Article
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A STUDY ON BEHAVIOR OF PLYWOOD'S SHEAR BUCKLING OF BEARING WALL BY WOODEN PANEL CONSTRUCTION Journal of structural engineering. pp.329-335 (Collaboration)
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27.
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2006/03
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Article
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FULL-SCALE VIBRATION TEST ON WOOD PANEL HOUSING WITH DAMPING WALL
A Study on Response Controlled Structure of Wood Construction Building Part2 Journal of structural engineering. pp.467-475 (Collaboration)
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28.
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2006/02
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Article
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EARTHQUAKE RESPONSE CONTROL OF TIMBER STRUCTURE WITH UNBALANCED DISTRIBUTION OF SHEAR WALLS UTILIZING VISCOELASTIC DAMPER
Shaking table test with three-dimensional model and analysis of response mechanism J. Struct. Constr. Eng., AIJ pp.123-130 (Collaboration)
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29.
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2006/02
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Article
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FULL-SCALE VIBRATION TEST OF THREE-STOREY HOUSING BASED ON WOODEN PANELS CONSTRUCTION
Full-scale vibration test of housing based on wooden panels construction Part 1 J. Struct. Constr. Eng., AIJ pp.131-138 (Collaboration)
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30.
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2005/09
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Article
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THE SCOPE OF RIGID FLOOR ASSUMPTION FOR SINGLE-STORY BOX TYPE BUILDING
A study on horizontal twist behavior considering floor stiffness by wooden construction (Part 1) J. Struct. Constr. Eng., AIJ pp.79-85 (Collaboration)
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31.
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2004/07
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Article
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ASTUDY ON LATERAL RESISTANCE MECHANISM
OF THREE −DIMENSION BUILDING BY WOODEN PANELS CONSTRUCTION J. Struct. Constr. Eng., AIJ pp.93-100 (Collaboration)
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32.
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2003/12
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Article
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A STUDY ON HORIZONTAL BEHAVIOR OF A FULL SCALE SLOPED ROOF BY WOODEN PANELS CONSTRUCTION J. Struct. Constr. Eng., AIJ pp.157-163 (Collaboration)
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33.
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2003/12
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Article
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A STUDY ON VIBRATIONAL CHARACTERISTICS OF A FULL SCALE SLOPED ROOF BY WOODEN PANELS CONSTRUCTION J. Struct. Constr. Eng., AIJ pp.165-172 (Collaboration)
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34.
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1996/10
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Article
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VIBRATION BEHAVIOR OF TIMBER STRUCTURE
WITH SEMI−RIGID JOINT
Effectof stiffness of horizontal diaphragm J. Struct. Constr. Eng., AIJ pp.117-126 (Collaboration)
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