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2025
2024
Strain-Based Damage Model for Ductile Tearing Simulation under Combined Tensile and Shear ModesCondition Assessment of Primary Barriers in LNG Cargo Containment Systems under Multifaceted Loadings: Tension, Compression, Shear and Pressure
DK Kim†, SH Cho, PI Park, BS Jang, NK Cho, JH Hwang
Ships and Offshore Sturcture (IF=1.7, Q2)
Strain-Based Damage Model for Ductile Tearing Simulation under Combined Tensile and Shear Modes
EK Park, JH Hwang, YJ Kim†, T Kumagai
Engineering Fracture Mechanics 303, 110122 (IF=5.4, JCR=9.9 %)
DK Kim†, YY Lin, BS Jang, SW Han, YH Park, JH Hwang
Engineering Fracture Mechanics 301, 110014 (IF=5.4, JCR=9.9 %)
Stress evaluation method of reinforced wall-thinned Class 2/3 nuclear pipes for structural integrity assessment
Stress evaluation method of reinforced wall-thinned Class 2/3 nuclear pipes for structural integrity assessment
JY Kim, JH Jang, JH Hwang, YJ Kim†
Nuclear Engineering and Technology 56 (4), 1320-1329 (IF=2.7, JCR=3.6 %)
Fracture-toughness estimation from small-punch test in hydrogen exhibiting ductile and ductile–brittle fracture modes
Fracture-toughness estimation from small-punch test in hydrogen exhibiting ductile and ductile–brittle fracture modes
JH Hwang, KW Seo, YJ Kim†, KS Kim
European Journal of Mechanics-A/Solids, 103,105193 (IF=4.1, JCR=14.3 %)
A novel formula for predicting the ultimate compressive strength of the cylindrically curved plates
A novel formula for predicting the ultimate compressive strength of the cylindrically curved plates
DK Kim†, AMK Wong, JH Hwang, S Li, NK Cho†
International Journal of Naval Architecture and Ocean Engineering, 16, 100562 (IF=2.2, Q2)
2023
Effect of surface crack dimension on very low cycle fatigue crack growth behavior of circumferential cracked pipes
Effect of surface crack dimension on very low cycle fatigue crack growth behavior of circumferential cracked pipes
HS Song, JH Hwang, YJ Kim†, JW Kim
Thin-Walled Structures, 191, 111045 (IF=6.4, JCR=4.8 %)
Pipe geometry effect on fatigue cracking location of 90° elbows under in-plane bending
Pipe geometry effect on fatigue cracking location of 90° elbows under in-plane bending
JH Hwang, SP Hong, J Kim, S Chin, YJ Kim†
Engineering Fracture Mechanics, 290, 109491 (IF=5.4, JCR=9.9 %)
Finite element simulation method for combined Ductile-Brittle fracture of small punch test in hydrogen
Finite element simulation method for combined Ductile-Brittle fracture of small punch test in hydrogen
KW Seo, YJ Kim, JH Hwang, KS Kim
Engineering Fracture Mechanics, 289, 109489 (IF=5.4, JCR=9.9 %)
2022
On determination of model parameters for strain based ductile tearing simulation
On determination of model parameters for strain based ductile tearing simulation
EK Park, JH Hwang, YJ Kim†, PS Lam
Engineering Fracture Mechanics, 272, 108698 (IF=5.4, JCR=9.9 %)
Fracture toughness prediction of hydrogen-embrittled materials using small punch test data in Hydrogen
Fracture toughness prediction of hydrogen-embrittled materials using small punch test data in Hydrogen
KW Seo, JH Hwang, YJ Kim†, KS Kim, PS Lam
International Journal of Mechanical Science, 225, 107371 (IF=7.3, JCR=2.7 %)
Aging constants for efficient fracture toughness prediction of thermally aged GTAW/SMAW of 316L stainless steel
Aging constants for efficient fracture toughness prediction of thermally aged GTAW/SMAW of 316L stainless steel
YJ Kim, GG Youn, JH Hwang, YJ Kim†, Y Miura
International Journal of Pressure Vessels and Piping, 197, 104632 (IF=3.0, Q2)
Energy-based damage model incorporating failure cycle and load ratio effects for very low cycle fatigue crack growth simulation
Energy-based damage model incorporating failure cycle and load ratio effects for very low cycle fatigue crack growth simulation
JH Hwang, YJ Kim†, JW Kim
Intermational Jounral of Mechanical Science, 211, 106761 (IF=7.3, JCR=2.7 %)
Benchmark Analysis of Ductile Fracture Simulation for Circumferentially Cracked Pipes Subjected to Bending
Benchmark Analysis of Ductile Fracture Simulation for Circumferentially Cracked Pipes Subjected to Bending
T Kumagai†, Y Miura, N Miura, S Marie, R Almahdi, A Mano, Y Li, J Katsuyama, Y Wada, JH Hwang, YJ Kim, T Nagashima, NS Huh, A Takahashi
Journal of Pressure Vessel Technology 144 (1), 011509 (IF=1.05)
2021
JH Hwang, YJ Kim†, JW Kim
Intermational Jounral of Mechanical Science, 211, 106761 (IF=7.3, JCR=2.7 %)
Prediction model for initiation in cracked component under very low cycle fatigue
Prediction model for initiation in cracked component under very low cycle fatigue
JH Hwang, YJ Kim†, JW Kim
Theoretical and Applied Fracture Mechanics 116, 103123 (IF=5.3, JCR=10.6 %)
Initial cyclic hardening behavior of cracked structures under large-amplitude cyclic loading
Initial cyclic hardening behavior of cracked structures under large-amplitude cyclic loading
JH Hwang, YJ Kim†, JW Kim, SE Kim
Engineering Fracture Mechanics 254, 107911 (IF=5.4, JCR=9.9 %)
Predicting ductile fracture of cracked pipes using small punch test data
Predicting ductile fracture of cracked pipes using small punch test data
JM Lee, JH Hwang, YJ Kim†, JW Kim
European Journal of Mechanics-A/Solids, 87, 104211 (IF=4.1, JCR=14.3 %)
2020
Crack tip fields at crack initiation and growth under monotonic and large amplitude cyclic loading: experimental and FE analyses
Crack tip fields at crack initiation and growth under monotonic and large amplitude cyclic loading: experimental and FE analyses
JH Hwang, HT Kim, YJ Kim†, HS Nam, JW Kim
International Journal of Fatigue, 141, 105889 (IF=6.4, JCR=6.4 %)
Fracture mechanics analysis method for cracked components under very low cycle fatigue loading
Fracture mechanics analysis method for cracked components under very low cycle fatigue loading
GG Youn, JH Hwang, DY Lee, YJ Kim†, JW Kim, N Miura
International Journal of Pressure Vessels and Piping, 188, 104191 (IF=3.0, Q2)
Ductile tearing simulation of STS410 pipe fracture test under load-controlled large-amplitude cyclic loading: Part II–effect of load amplitude and sequence
Ductile tearing simulation of STS410 pipe fracture test under load-controlled large-amplitude cyclic loading: Part II–effect of load amplitude and sequence
JH Hwang, GG Youn, HT Kim, YJ Kim†, N Miura
Engineering Fracture Mechancis., 240, 107363 (IF=5.4, JCR=9.9 %)
Fracture modeling of cracked pipe under monotonic and cyclic loading
Fracture modeling of cracked pipe under monotonic and cyclic loading
JH Hwang, GG Youn, YJ Kim†, JW Kim
Intermational Jounral of Mechanical Science, 183, 105837 (IF=7.3, JCR=2.7 %)
JH Hwang, GG Youn, HT Kim, YJ Kim†, N Miura
Engineering Fracture Mechancis., 226, 106869 (IF=5.4, JCR=9.9 %)
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