Papers - TATEISHI Kazuo
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Simplified estimation of elasto-plastic strain amplitude at weld toe by elastic analysis Reviewed
Chie Nishijima, Takeshi Hanji, Kazuo Tateishi, Masaru Shimizu
Proceedings of the ISSS 2023 page： 564 - 567 2023.11
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Fatigue crack propagation characteristic of out-of-plane gusset welded joints with developed anti-fatigue damage steel Reviewed
Terazawa Takuya, Kazuo Tateishi, Takeshi Hanji, Masaru Shimizu, Thihuyen Doan
Proceedings of the ISSS 2023 page： 189 - 192 2023.11
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Study on mechanical behavior of riveted joints repaired by re-driving new rivets Reviewed
Miki Shibata, Takeshi Hanji, Kazuo Tateishi, Masaru Shimizu, Yasushi Nagasaka, Toshio Takebuchi
Proceedings of the ISSS 2023 page： 678 - 681 2023.11
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Flexural behavior of rational joints between precast steel-concrete composite slabs Reviewed
Yushin Hori, Kazuo Tateishi, Takeshi Hanji, Masaru Shimizu, Koichi Asano, Takaaki Ishii
Proceedings of the ISSS 2023 page： 273 - 276 2023.11
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Fatigue damage evaluation for root cracks in U-rib to deck welded joints of orthotropic steel decks based on field measurements Reviewed
Masafumi Hattori, Kazuo Tateishi, Takeshi Hanji, Masaru Shimizu
Proceedings of the ISSS 2023 page： 189 - 192 2023.11
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未溶着部を有する鋼製橋脚角溶接部の低サイクル疲労による破壊形態の推定 Reviewed
清水優，舘石和雄，判治剛，村上智明，萩原直樹，稲熊唯史，真木有岳
鋼構造年次論文報告集 Vol. 31 page： 160 - 170 2023.11
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Fatigue strength evaluation by measurable stresses for root cracks in U-rib to deck welded joints of orthotropic steel decks Reviewed
Masafumi Hattori, Kazuo Tateishi, Takeshi Hanji, Masaru Shimizu
Welding in the World Vol. 67 ( 9 ) page： 2273 - 2282 2023.7
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Structural hot-spot stress approach for toe cracking from plate edge of load-carrying welded attachment Reviewed International coauthorship
The 76th Annual Assembly of International Institute of Welding Vol. XIII-2996-2023 2023.7
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鋼橋ソールプレート溶接部の発生応力推定に関する解析的検討 Reviewed Open Access
丹羽雄一郎，舘石和雄，判治剛，清水優
構造工学論文集 Vol. 69A page： 568 - 578 2023.4
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Numerical investigation of fatigue crack propagation behavior in trough-girder bridges Reviewed Open Access
Teuku Habil Putra, Takeshi Hanji, Kazuo Tateishi, Masaru Shimizu,Makoto Yamaguchi, Yuuichirou Niwa
Vol. 69A 2023.3
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既設鋼床版のUリブ・デッキプレート溶接部に対する床版下面からの疲労対策 Reviewed Open Access
服部雅史，舘石和雄，判治剛，清水優
土木学会論文集 Vol. 79 ( 1 ) page： 22-00231 2023.1
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高力ボルトにより当て板を添接したストップホールの疲労強度 Reviewed Open Access
清川昇悟，舘石和雄，判治剛，加藤遼二郎
土木学会論文集A1 Vol. 78 ( 3 ) page： 417 - 431 2022.11
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デッキプレートとUリブの溶接継手の疲労強度評価と実物大鋼床版との相関 Reviewed
清水優，内田貴之，舘石和雄，判治剛，服部雅史
鋼構造年次論文報告集 Vol. 30 page： 297 - 305 2022.11
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Fatigue Crack Growth Characteristics of Several Kinds of Structural Steels Under Low-Cycle Fatigue Loading Reviewed
Chao Jiang, Takeshi Hanji, Kazuo Tateishi, Masaru Shimizu
International Journal of Steel Structures 2022.10
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Effect of UHPFRC Overlay on Fatigue Cracks Propagating from U-rib Welds of Orthotropic Steel Decks Reviewed
Masafumi Hattori, Kazuo Tateishi, Takeshi Hanji, Masaru Shimizu
International Journal of Steel Structures 2022.9
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実橋計測に基づいた鋼床版Uリブ・デッキプレート溶接部のルートき裂に対する疲労評価 Reviewed Open Access
服部雅史，舘石和雄，判治剛，清水優
土木学会論文集A1 Vol. 78 ( 2 ) page： 287 - 300 2022.8
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Quantifying the Intensity of High Frequency Mechanical Impact treatment Reviewed International coauthorship
Jan Schubnell, Takeshi Hanji, Kazuo Tateishi, Stefanos Gkatzogiannis, Thomas Ummenhofer, Majid Farajian
The 75th Annual Assembly of International Institute of Welding Vol. XIII-2930-22 2022.7
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Fatigue evaluation for root cracks in U-rib to deck welded joints of orthotropic steel decks Reviewed
Masafumi Hattori , Kazuo Tateishi, Takeshi Hanji, Masaru Shimizu
Proceedings of the 11th International Conference on Bridge Maintenance, Safety and Management (IABMAS 2022) 2022.7
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Fatigue strength enhancement of welded joints in existing steel bridges using high-frequency mechanical impact treatment Reviewed
Takeshi Hanji, Kazuo Tateishi, Suguru Kano, Masaru Shimizu
Proceedings of the 11th International Conference on Bridge Maintenance, Safety and Management (IABMAS 2022) 2022.7
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Simple Estimation of Strain Amplitude at Weld Toe for Low Cycle Fatigue Assessment Reviewed
The 75th Annual Assembly of International Institute of Welding Vol. XIII-2951-2022 2022.7