Taichiro Okazaki

About Taichiro Okazaki

Taichiro Okazaki, With an exceptional h-index of 28 and a recent h-index of 19 (since 2020), a distinguished researcher at Hokkaido University, specializes in the field of structural engineering, steel structures, earthquake engineering.

His recent articles reflect a diverse array of research interests and contributions to the field:

Seismic resilient steel moment connections with top shear tabs and bottom replaceable metallic fuse: Analytical and experimental study

Seismic performance of self-centring connections with two energy dissipation stages for reusable modular steel buildings

Modeling uncertainty of specimens employing spines and force‐limiting connections tested at E‐defense shake table

Numerical simulation of the cyclic‐loading behavior of steel chevron‐braced moment‐resisting frames

Japanese efforts to promote steel reuse in building construction

Cyclic-loading performance of steel beam-to-column moment connections to an I-section column

Seismic performance of steel chevron braced frames designed according to Japanese practice

Mechanism and experimental validation of frictional steel truss coupling beams

Taichiro Okazaki Information

University

Position

___

Citations(all)

2390

Citations(since 2020)

1284

Cited By

1534

hIndex(all)

28

hIndex(since 2020)

19

i10Index(all)

45

i10Index(since 2020)

32

Email

University Profile Page

Google Scholar

Taichiro Okazaki Skills & Research Interests

structural engineering

steel structures

earthquake engineering

Top articles of Taichiro Okazaki

Seismic resilient steel moment connections with top shear tabs and bottom replaceable metallic fuse: Analytical and experimental study

Engineering Structures

2024/5/1

Seismic performance of self-centring connections with two energy dissipation stages for reusable modular steel buildings

Thin-Walled Structures

2024/3/1

Modeling uncertainty of specimens employing spines and force‐limiting connections tested at E‐defense shake table

Earthquake Engineering & Structural Dynamics

2023/11

Numerical simulation of the cyclic‐loading behavior of steel chevron‐braced moment‐resisting frames

Japan Architectural Review

2023/1

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Japanese efforts to promote steel reuse in building construction

Journal of structural engineering

2023/1/1

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Cyclic-loading performance of steel beam-to-column moment connections to an I-section column

Journal of Structural Engineering

2022/4/1

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Junxian Zhao
Junxian Zhao

H-Index: 13

Seismic performance of steel chevron braced frames designed according to Japanese practice

Journal of Constructional Steel Research

2022/2/1

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Mechanism and experimental validation of frictional steel truss coupling beams

Journal of Structural Engineering

2022/9/1

Yao Cui
Yao Cui

H-Index: 7

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Tao Wang
Tao Wang

H-Index: 17

Shake Table Tests to Examine the Seismic Performance of Prefabricated Steel Unit Houses

2022/5/8

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Takahiro Fukui
Takahiro Fukui

H-Index: 15

Frame-spine system with force-limiting connections for low-damage seismic-resilient buildings

2022/5/8

Numerical Response Estimations of a Frame-Spine-FLC System Prior to Experimental Dynamic Testing

2022/5/8

Residual performance of structural steel after cyclic plastic deformation and strain aging

2022/5/8

Tetsuhiro Asari
Tetsuhiro Asari

H-Index: 5

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

A Database for Steel Braces with Respect to Inelastic Strength and Ductility Capacity

2022/5/8

Taichiro Okazaki
Taichiro Okazaki

H-Index: 19

Pixel‐level multicategory detection of visible seismic damage of reinforced concrete components

Computer‐Aided Civil and Infrastructure Engineering

2021/5

US-Japan collaboration for shake table testing of a frame-spine system with force-limiting connections

17th World Conference on Earthquake Engineering, 17WCEE

2021/1

Full-scale seismic stability evaluation of a frame-spine system with force-limiting connections

2021

Full-Scale Shake Table Tests on Steel Frame-Spine System with Force Limiting Connections

日本建築学会北海道支部研究報告集

2021

Effect of Design Assumptions on the Seismic Performance of Low-and Mid-Rise Chevron Braced Frames

日本建築学会北海道支部研究報告集

2021

Numerical Simulation of Steel Beam-to-Column Moment Connections to an I-Section Column

日本建築学会北海道支部研究報告集

2021

Effect of Damping Models on the Nonlinear Time-History Response of Steel Braced Frames

日本建築学会北海道支部研究報告集

2021

See List of Professors in Taichiro Okazaki University(Hokkaido University)

Co-Authors

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