Yusuke Shimada

Fracture assessment procedure developed in Japan for steel structures under seismic conditions

H. Shimanuki, Masao Kinefuchi, F. Minami, 2017 .

WES 2808 for Brittle Fracture Assessment of Steel Components under Seismic Conditions – Part I: Fracture Assessment Procedure

H. Shimanuki, Masao Kinefuchi, F. Minami, 2016 .

An experimental study on Kca value to arrest a running brittle crack in structural model specimens with steel plate of 100 mm thickness for container ships

T. Tagawa, Tomoya Kawabata, S. Aihara, 2019, Journal of Marine Science and Technology.

Effect of Specimen Size and Applied Stress on Brittle Crack Arrest Toughness - Study on Standard Test Method for Crack Arrest Toughness, Kca -2 -

Kazuki Shibanuma, Tomoya Kawabata, S. Aihara, 2014 .

Effect of Stress Reflection on Dynamic Stress Intensity Factor of Crack Arrest Toughness Specimen - Study on Standard Test Method for Crack Arrest Toughness, Kca -4 -

Kazuki Shibanuma, Tomoya Kawabata, S. Aihara, 2014 .

Effect of Impact Energy on Brittle Crack Propagation Behavior of Crack Arrest Toughness Specimen - Study on Standard Test Method for Crack Arrest Toughness, Kca -3-

Kazuki Shibanuma, Tomoya Kawabata, S. Aihara, 2014 .

WES 2808 for Brittle Fracture Assessment of Steel Components Under Seismic Conditions Part II: Change in Mechanical Properties of Structural Steels by Pre-strain and Dynamic Loading

Fumiyoshi Minami, Satoshi Igi, H. Shimanuki, 2016 .