Takeshi Hanji (判治剛)
Nagoya University
H-index: 12
Asia-Japan
Top articles of Takeshi Hanji (判治剛)
タップボルト継手の疲労強度および材間相対変位の評価
鋼構造論文集
2024/3/29
鋼床版 U リブ・デッキプレート溶接継手におけるルートの局部応力による疲労強度評価
鋼構造論文集
2024/3/29
Evaluation of Thickness Effect on Fatigue Life Variation of Longitudinal Welded Gusset Joint
International Journal of Steel Structures
2024/3/5
Structural hot-spot stress approach for toe cracking from plate edge of load-carrying welded attachment
Welding in the World
2024/2/17
疲労耐久性に優れた鋼床版垂直補剛材上端部の切欠き形状の検討
構造工学論文集 A
2024
疲労き裂が発生した鉄塔部材の鋼管割込み継手に対する疲労損傷比の評価
構造工学論文集 A
2024
Fatigue strength evaluation by measurable stresses for root cracks in U-rib to deck welded joints of orthotropic steel decks
Welding in the World
2023/9
Fatigue Crack Growth Characteristics of Several Kinds of Structural Steels Under Low-Cycle Fatigue Loading
International Journal of Steel Structures
2023/2
き裂進展シミュレーションによる鋼 I 桁橋に生じる疲労き裂の進展予測
高速道路と自動車= Expressways and automobiles
2023
HFMI 処理により導入される圧縮残留応力の予測
2023
高周波誘導加熱を用いたリベット施工技術に関する研究
構造工学論文集 A
2023
Numerical investigation of fatigue crack propagation behavior in trough-girder bridges
Journal of Structural Engineering, A
2023
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
構造工学論文集 A
2023
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
土木学会論文集
2023
Prediction of residual stress induced by high-frequency mechanical impact treatment
Welding in the World
2022/1
Effect of UHPFRC Overlay on Fatigue Cracks Propagating from U-rib Welds of Orthotropic Steel Decks
International Journal of Steel Structures
2022/12
Fatigue strength enhancement of welded joints in existing steel bridges using high-frequency mechanical impact treatment
2022/6/27
Fatigue evaluation for root cracks in U-rib to deck welded joints of orthotropic steel decks
2022/6/27
Correction: Effect of static load during HFMI treatment on fatigue strength and residual stress field of longitudinal atachment welded joints
Welding in the World
2022/4
Effect of static load during HFMI treatment on fatigue strength and residual stress field of longitudinal atachment welded joints
Welding in the World
2022/4/1
