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Yo OCHIAI
Observed name:
Yo Ochiai
Institution:
Tokyo City University
Observed institutions:
Tokyo Denki University,
Tokyo City University,
The University of Tokyo
OpenAlex ID:
A5066542695
Mechanical properties of hybrid joints in timber structures
2022
·
Kosuke Imakawa
, Yo Ochiai
, et al.
·
Journal of Wood Science
·
19
PDF
Development of Non-glued Massive Holz Shear Wall and Proposal of Calculation Method of Allowable Strength
2018
·
Yujiro MIYATA
, Yo OCHIAI
, et al.
·
AIJ Journal of Technology and Design
·
4
PDF
Detailed Verification on the Performance of Nailed Joints in the Panel Sheathed Shear Wall
2021
·
Ryutaro SUDO
, Hiro KAWAHARA
, et al.
·
Journal of Structural and Construction Engineering (Transactions of AIJ)
·
3
PDF
Experimental Verification of New Structural Design Method of Nail-laminated Timber for Domestic Use
2021
·
Yo OCHIAI
, Ryota SUZUKI
, et al.
·
AIJ Journal of Technology and Design
·
3
PDF
A Study on the Failure Behavior of Large Dimensional Glulam Beam-end Joint by Drift-pined Joint With Inserted Steel Plate
2023
·
Kento SUZUKI
, Wataru KAMBE
, et al.
·
Journal of Structural Engineering B
·
2
PDF
A Discussion of Evaluation Methods for Splitting and Shear Failure by Current Standard Equations for Drift-pined Joint With Inserted Plate at the End of Glulam-beam
2024
·
Wataru KAMBE
, Kento SUZUKI
, et al.
·
Journal of Structural and Construction Engineering (Transactions of AIJ)
·
1
PDF
Research of Parallel Chord Trusses With Different Angles of Diagonals Using Residential Timber
2023
·
Koki KAWANO
, Masahiro INAYAMA
, et al.
·
AIJ Journal of Technology and Design
·
1
PDF
Mechanism of Withdrawal Resistance of Screws Embedded Perpendicular to Grain and Evaluation Method of Withdrawal Strength
2021
·
Wataru Honda
, Yo Ochiai
, et al.
·
木材学会誌
·
1
PDF
Fundamental Study on Measurement and Calculation Method of Embedding Strength for Wood Structural Screw
2021
·
Yasuteru KARUBE
, Kenji AOKI
, et al.
·
AIJ Journal of Technology and Design
·
1
PDF
Study on the Single Shear Performance of Nailed Joints for Structural Utilization of MDF I.
2019
·
Ryutaro Sudo
, Hiro Kawahara
, et al.
·
木材学会誌
·
1
PDF
Validation of Bending Performance of Stressed-skin Panels Composed of Standard Timber
2019
·
Motoyoshi TAMAZAWA
, Masahiro INAYAMA
, et al.
·
AIJ Journal of Technology and Design
·
1
PDF
Fundamental Research of an Evaluation Method of Splitting Failure in Timber II.
2018
·
Yo Ochiai
, Kenji Aoki
, et al.
·
木材学会誌
·
1
PDF
Fundamental Research of an Evaluation Method of Splitting Failure in Timber I.
2017
·
Yo Ochiai
, Kenji Aoki
, et al.
·
木材学会誌
·
1
PDF
Statistical Study on Splitting and Shear Strength of Drift-pinned Joint with Inserted Plate at the End of Glulam-beam
2026
·
Wataru Kambe
, Kento Suzuki
, et al.
·
木材学会誌
PDF
Evaluation for Ultimate Strength for Steel-plate-inserted Joint With Drift-pins at the End of Glulam Beams
2025
·
Wataru Kambe
, Atsuo Takino
, et al.
·
World Conference on Timber Engineering (WCTE)
Fundamental Study on Effective Diameter of Self-tapping Screws and Yield Moment in European Yield Theory Formura
2024
·
Yasuteru KARUBE
, Kenji AOKI
, et al.
·
AIJ Journal of Technology and Design
Study of Single Shear Performance of Nailed Joints for Structural Utilization of MDF II.
2020
·
Ryutaro Sudo
, Hiro Kawahara
, et al.
·
木材学会誌
PDF
Experimental Study on the Racking Performance of the Wooden Shear Wall With Crossed Braces Varied With Wall Height and Step
2020
·
Motoyoshi TAMAZAWA
, Masahiro INAYAMA
, et al.
·
AIJ Journal of Technology and Design
PDF
Development of Long Spanned Box Beam Based on Post - and - Beam Construction
2020
·
Motoko MURAKAMI
, Masahiro INAYAMA
, et al.
·
AIJ Journal of Technology and Design
PDF
The effect of yield and failure at the corners of the specimen on strain distribution and strain direction under in-plane shear test of wood-based structural panels specified in ASTM D2719.
2019
·
Ryutaro SUDO
, Hiro KAWAHARA
, et al.
·
The Proceedings of the Materials and Mechanics Conference
Fundamental Research of an Evaluation Method of Splitting Failure in Timber III.
2018
·
Yo Ochiai
, Kenji Aoki
, et al.
·
木材学会誌
PDF
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Works count:
21
Citation count:
39
H-index:
3
I10-index:
1
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