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
81	Hongchang Zhou Masao Kinefuchi Yasuhito Takashima Kazuki Shibanuma*	Multiscale modelling strategy for predicting fatigue performance of welded joints	International Journal of Mechanical Sciences	284 (2024), 190751.	Multiscale Validation Fatigue Fracture criterion
78	Kazuki Shibanuma*	A multiscale integrated model for predicting fatigue life of steels (Technical Topic, in Japanese)	Journal of the Society of Materials Science, Japan	73 (2024), 658-662.	Multiscale Validation Fatigue
74	Hongchang Zhou Zijie Liu Shoichi Kikuchi Kazuki Shibanuma*	Analysis of fatigue performance of austenitic stainless steels with bimodal harmonic structures based on multiscale model simulations	Materials & Design	226 (2023), 111657.	Multiscale Validation Fatigue Material characterisation
71	Hongchang Zhou Yuta Suzuki Masao Kinefuchi Siegfried Schmauder Kiarash Dogahe Kazuki Shibanuma*	Bridging strategy between microscopic and macroscopic crack growth simulations to predict fatigue strength of steels	International Journal of Fatigue	168 (2023), 107386.	Multiscale Validation Fatigue Fracture criterion Material characterisation
68	Hongchang Zhou Yuta Suzuki Masao Kinefuchi Kazuki Shibanuma*	Applicability of the multiscale model for predicting fatigue strength to short and long crack problems	ISIJ International	62 (2022), 2126-2131.	Multiscale Validation Fatigue Fracture criterion
66	Hongchang Zhou Zijie Liu Masao Kinefuchi Kazuki Shibanuma*	Multiscale modelling strategy for predicting fatigue lives and limits of steels based on a generalised evaluation method of grain boundaries effects	International Journal of Fatigue	158 (2022), 106749.	Multiscale Validation Fatigue Fracture criterion Material characterisation
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
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
10	Kazuki Shibanuma* Hiroki Aoi Tomoaki Utsunomiya Masahiro Sakano Yoshihiro Natsuaki	Implementation of XFEM into a general-purpose FEM code and simulation of fatigue crack propagation in actual structure (in Japanese)	Journal of Applied Mechanics JSCE	13 (2010), 945-956.	Beyond FEM Validation Fatigue
9	Kazuki Shibanuma* Hiroki Aoi Tomoaki Utsunomiya Masahiro Sakano Yoshihiro Natsuaki	Evaluation on behavior of fatigue crack through thickness in 3D structures by XFEM analysis (in Japanese)	Journal of Constructional Steel JSSC	17 (2009), 267-274.	Beyond FEM Validation Fatigue
3	Takahiro Kanehisa* Kazuki Shibanuma Tomoaki Utsunomiya	A simulation analysis of fatigue crack growth by X-FEM (in Japanese)	Journal of Applied Mechanics JSCE	10 (2007), 947-954.	Beyond FEM Validation Fatigue