Makoto OHSAKI, Bach DO, Jun FUJIWARA, Toshiaki KIMURA, Takuzo YAMASHITA,
Two-Step Parameter Identification of Multi-Axial Cyclic Constitutive Law of
Structural Steels from Cyclic Structural Responses,
Structures, 46, pp.2014-2030, (2022).
Toshihiko HORIUCHI, Makoto OHSAKI, Masahiro KURATA, Julio A. RAMIREZ, Takuzo YAMASHITA, Koichi KAJIWARA,
Contributions of E-Defense Shaking Table to Earthquake Engineering and its Future,
Journal of Disaster Research, 17(6),pp.985-999, (2022).
Makoto OHSAKI, Jun FUJIWARA, Tomoshi MIYAMURA, Hisashi NAMBA,
Implicit Finite Element Analysis of Ductile Fracture of a Steel Frame under Cyclic Deformation,
Japan Architectural Review, 5(2), pp.150-163, (2022).
Tomoshi MIYAMURA, Makoto OHSAKI, Jun FUJIWARA, Masashi YAMAMOTO,
Coupled Structural and Heat Conduction FE Analysis of Laminated High Damping Rubber Bearing,
Earthquake Engineering & Structural Dynamics, 50(9), pp.2462-2487, (2021).
Toshihiko HORIUCHI, Koichi KAJIWARA, Takuzo YAMASHITA, Takashi AOKI, Tomonari YASHIRO, Yoshihide SEKIMOTO, Mikio KOSHIHARA, Hideki KOIZUMI,
Study Concept on the Development of an Urban Cyber Physical System for Enhancing the Capability to Respond to Large-Scale Earthquakes,
Journal of Disaster Research, 16(2), pp.287-297, (2021).
Takuma KUMAGAI, Masayuki KOHIYAMA, Takuzo YAMASHITA, Interpretation of Deep Neural Network for Damage Pattern Classification Using Phase Plane,
Proc. 7th Asian-Pacific Symposium on Structural Reliability and Its Applications, pp.406-410, (2020).
Takuzo YAMASHITA, Masayuki KOHIYAMA, Kenta WATANABE, Deep Neural Network for Detecting Earthquake Damage to Brace Members Installed in a Steel Frame,
Japan Architectural Review, 4(1), pp56-64, (2020).
Masayuki KOHIYAMA, Kazuya OKA, Takuzo YAMASHITA, Detection Method of Unlearned Pattern Using Support Vector Machine in Damage Classification Based on Deep Neural Network,
Structural Control & Health Monitoring, 27(8), e2552, (2020).
Mahendra Kumar PAL, Takuzo, YAMASHITA, Tomoshi MIYAMURA and Makoto OHSAKI, A Comprehensive Numerical
Simulation of Steel-Concrete Composite Beam Incorporating Compressive Failure of Concrete, International
Journal of Computational Methods,16(6), 1840028, (2018).
Daigoro ISOBE, Takuzo YAMASHITA, Hiroyuki TAGAWA, Mika KANEKO, Toru TAKAHASHI and Shojiro MOTOYUI,
Motion Analysis of Furniture under Seismic Excitation Using the Finite Element Method, Japan
Architectural Review, 1(1), pp.44-55, (2018).
Mahendra Kumar PAL and Takuzo YAMASHITA, Construction of High Fidelity Finite Element Model for
Large-Scale Parallel Seismic Analysis of Soil-Underground Structure, Journal of Japan Society of Civil
Engineers, Ser.A2 (Applied Mechanics(AM)), 73(2), pp.I_729-I_738, (2017).
Takuzo YAMASHITA, Mahendra Kumar PAL, Kazutoshi MATSUZAKI and Hiromitsu TOMOZAWA, Development of Virtual
Reality Experience System of Interior Damage due to Earthquake Utilizing E-Defense Shake Table Test,
Journal of Disaster Research, 12(5), pp.882-890, (2017).
Makoto OHSAKI, Tomoshi MIYAMURA and Jing Yao ZHANG, A Piecewise Linear Isotropic-Kinematic Hardening
Model with Semi-Implicit Rules for Cyclic Loading and its Parameter Identification, Computer Modeling
and Engineering, 111(4), pp.303-333, (2016).
Shigenobu OKAZAWA, Takumi TSUMORI, Takuzo YAMASHITA and Satoyuki TANAKA, Finite Element Seismic
Response Analysis of a Reinforced Concrete Pier with a Fractured Fine Tetrahedron Mesh, Journal of
Earthquake and Tsunami, 10(5), 1640013, (2016).
Tomoshi MIYAMURA, Seizo TANAKA and Muneo HORI, Large-Scale Seismic Response Analysis of
Super-High-Rise-Building Fully Considering Soil-Structure Interaction Using 3D High-Fidelity Model of
Solid Elements, Journal of Earthquake and Tsunami, 10(05), 1640014, (2016).
Tomoshi MIYAMURA, Takuzo YAMASHITA, Hiroshi AKIBA and Makoto OHSAKI, Dynamic FE Simulation of Four-Story
Steel Frame Modeled by Solid Elements and its Validation Using Results of Full-Scale Shake-Table Test,
Eathquake Engineering and Structural Dynamics, 44(9), pp.1449-1469, (2015).
Makoto OHSAKI, Tomoshi MIYAMURA, Masayuki KOHIYAMA, Takuzo YAMASHITA, Masashi YAMAMOTO and Naohiro
NAKAMURA,
Finite-Element Analysis of Laminated Rubber Bearing of Building Frame under Seismic Excitation,
Eathquake Engineering and Structural Dynamics, 44(11), pp.1881-1898, (2015).
Tomoshi MIYAMURA, Hiroshi AKIBA and Muneo HORI, Large-Scale Seismic Response Analysis of Super-High-Rise
Steel Building Considering Soil-Structure Interaction Using K Computer, International Journal of
High-Rise Buildings, 4(1), pp.75-83, (2015).
Hiroyuki TAGAWA, Tomoshi MIYAMURA, Takuzo YAMASHITA, Masayuki KOHIYAMA and Makoto OHSAKI, Detailed
Finite Element Analysis of Full-Scale Four-Story Steel Frame Structure Subjected to Consecutive Ground Motions,
International Journal of High-Rise Buildings, 4(1), pp.65-73, (2015).
Daigoro ISOBE, Won Sang HAN and Tomoshi MIYAMURA, Verification and Validation of a Seismic Response
Analysis Code for Framed Structures Using the ASI-Gauss Technique, Eathquake Engineering and Structural Dynamics,
42(12), pp.1767-1784, (2013).
Takuzo YAMASHITA, Muneo HORI and Koichi KAJIWARA, Petascale Computation for Earthquake Engineering,
Computing in Science and Engineering, 13(4), pp.44-49, (2011).