Publications | SHIBANUMA LaB. | The University of Tokyo

Categories	Multiscale Multiphysics Beyond FEM Verification Validation Fatigue Brittle fracture Ductile fracture Creep Crack arrest Fracture criterion In-situ observation Material characterisation
Authors, Keywords
Years	ー

No.	Authors	Title	Journal	Volume (Year), Pages	Categories
84	Tianyu He Fuminori Yanagimoto Yun-Jae Kim Kazuki Shibanuma*	Application phase analysis for predicting high-speed crack propagation/arrest in 3D thick plates using S-version FEM	Engineering Fracture Mechanics	accepted.	Beyond FEM Validation Brittle fracture Crack arrest Fracture criterion In-situ observation
76	Tianyu He Kota Kishi Naoki Morita Naoto Mitsume Fuminori Yanagimoto Yun-Jae Kim Kazuki Shibanuma*	Strategy for simulating high-speed crack propagation in 3D-plate structures based on S-version FEM	International Journal of Mechanical Sciences	274 (2024), 109261.	Beyond FEM Brittle fracture Crack arrest Fracture criterion In-situ observation
70	Kazuki Shibanuma* Shengwen Tu* Shota Suzuki Zhuocheng Yu Ryoma Kato Asato Hatamoto	Ductile crack propagation path depending on material properties: Experimental results and discussions based on numerical simulations	Materials & Design	223 (2022), 111158.	Validation Ductile fracture In-situ observation Material characterisation
65	Shengwen Tu Shota Suzuki Zhuocheng Yu Kazuki Shibanuma*	Hybrid experimental-numerical strategy for efficiently and accurately identifying post-necking hardening and ductility diagram parameters	International Journal of Mechanical Sciences	219 (2022), 107074.	Validation Ductile fracture Fracture criterion In-situ observation Material characterisation
60	Kota Kishi Fuminori Yanagimoto Tsutomu Fukui Toshiyuki Matsumoto Kazuki Shibanuma*	Analysis of rapid crack arrestability enhancement by structural factors in cross-joint components using a transparent elastic solid	International Journal of Mechanical Sciences	174 (2020), 105502.	Validation Brittle fracture Crack arrest In-situ observation
58	Hiroaki Ito Yuta Suzuki Hideaki Nishikawa Masao Kinefuchi Manabu Enoki Kazuki Shibanuma*	Multiscale model prediction of ferritic steel fatigue strength based on microstructural information, tensile properties, and loading conditions (no adjustable material constants)	International Journal of Mechanical Sciences	170 (2020), 105339.	Multiscale Validation Fatigue Fracture criterion In-situ observation Material characterisation
56	Fuminori Yanagimoto Takuhiro Hemmi Yuta Suzuki Yasuhito Takashima Tomoya Kawabata Kazuki Shibanuma*	Contribution of grain size to resistance against cleavage crack propagation in ferritic steel	Acta Materialia	177 (2019), 96-106.	Validation Brittle fracture Crack arrest Fracture criterion In-situ observation Material characterisation
52	Kazuki Shibanuma* Takahiro Hosoe Hikaru Yamaguchi Masatoshi Tsukamoto Katsuyuki Suzuki Shuji Aihara	Crack tip opening angle during unstable ductile crack propagation of a high-pressure gas pipeline	Engineering Fracture Mechanics	204 (2018), 434-453.	Validation Ductile fracture Crack arrest Fracture criterion In-situ observation
50	Takahiro Hosoe, Kazuki Shibanuma* Hikaru Yamaguchi Masatoshi Tsukamoto Katsuyuki Suzuki Shuji Aihara	Underwater burst tests for evaluating unstable ductile crack arrestability in offshore pipelines	Engineering Fracture Mechanics	195 (2018), 142-161.	Multiphysics Ductile fracture Crack arrest Fracture criterion In-situ observation
47	Kazuki Shibanuma* Koya Ueda Hiroaki Ito Yoshiki Nemoto Masao Kinefuchi Katsuyuki Suzuki Manabu Enoki	Model for predicting fatigue life and limit of steels based on micromechanics of small crack growth	Materials & Design	139 (2018), 269-282.	Multiscale Validation Fatigue Fracture criterion In-situ observation Material characterisation