Jeong-Whan Yoon
AuthID: R-000-6JE
1
TÃTULO: High strain-rate fracture behavior of a hollow projectile
AUTORES: Chang Soo Lee; Jeong Whan Yoon; Sang Hyun Woo; Lee Ju Park;
PUBLICAÇÃO: 2025, FONTE: International Journal of Impact Engineering, VOLUME: 195
AUTORES: Chang Soo Lee; Jeong Whan Yoon; Sang Hyun Woo; Lee Ju Park;
PUBLICAÇÃO: 2025, FONTE: International Journal of Impact Engineering, VOLUME: 195
2
TÃTULO: A strain rate-dependent distortional hardening model for nonlinear strain paths
AUTORES: Hyunsung Choi; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: International Journal of Plasticity, VOLUME: 184
AUTORES: Hyunsung Choi; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: International Journal of Plasticity, VOLUME: 184
3
TÃTULO: Anisotropic distortional hardening based on deviatoric stress invariants under non-associated flow rule. Part-II: Generalization combined with non-quadratic yield function under associated flow rule
AUTORES: Qi Hu; Jeong Whan Yoon; Jun Chen;
PUBLICAÇÃO: 2025, FONTE: International Journal of Plasticity, VOLUME: 186
AUTORES: Qi Hu; Jeong Whan Yoon; Jun Chen;
PUBLICAÇÃO: 2025, FONTE: International Journal of Plasticity, VOLUME: 186
4
TÃTULO: Consideration of Bauschinger effect based on a reduced texture approach for improved springback prediction with computational efficiency
AUTORES: Donghwan Noh; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: CIRP Annals
AUTORES: Donghwan Noh; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: CIRP Annals
5
TÃTULO: Characterization of micro-scale gradient material properties to visualize the variations of stress-strain relationships with digital image correlation method
AUTORES: Donghyuk Cho; Hassan Ghassemi-Armaki; Thomas B Stoughton; Blair E Carlson; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: Materials Science and Engineering: A, VOLUME: 942
AUTORES: Donghyuk Cho; Hassan Ghassemi-Armaki; Thomas B Stoughton; Blair E Carlson; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: Materials Science and Engineering: A, VOLUME: 942
6
TÃTULO: Constitutive modeling and formability insights for AA 2198 during natural aging and its application to stretch forming Full Text
AUTORES: Sook Lee; Taek Jin Jang; Deok Chan Ahn; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: International Journal of Material Forming, VOLUME: 18, NÚMERO: 2
AUTORES: Sook Lee; Taek Jin Jang; Deok Chan Ahn; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: International Journal of Material Forming, VOLUME: 18, NÚMERO: 2
7
TÃTULO: Micro-scale shear testing for localized constitutive characterization of Al-Steel resistance spot weld under large deformation Full Text
AUTORES: Donghyuk Cho; Hassan Ghassemi-Armaki; Blair E Carlson; Dong Ruan; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: Mechanics Research Communications, VOLUME: 148
AUTORES: Donghyuk Cho; Hassan Ghassemi-Armaki; Blair E Carlson; Dong Ruan; Jeong Whan Yoon;
PUBLICAÇÃO: 2025, FONTE: Mechanics Research Communications, VOLUME: 148
8
TÃTULO: Finite difference based stress integration algorithm for crystal plasticity finite element method Full Text
AUTORES: Donghwan Noh; Jeong Whan Yoon;
PUBLICAÇÃO: 2024, FONTE: International Journal of Material Forming, VOLUME: 17, NÚMERO: 1
AUTORES: Donghwan Noh; Jeong Whan Yoon;
PUBLICAÇÃO: 2024, FONTE: International Journal of Material Forming, VOLUME: 17, NÚMERO: 1
9
TÃTULO: Prediction of controlled fragmentation for cylindrical casing with circumferential grooves Full Text
AUTORES: Donghwan Noh; Taek Jin Jang; Songwon Seo; Jaekun Lee; Seungjae Seo; Hoon Huh; Jeong Whan Yoon;
PUBLICAÇÃO: 2024, FONTE: International Journal of Impact Engineering, VOLUME: 186
AUTORES: Donghwan Noh; Taek Jin Jang; Songwon Seo; Jaekun Lee; Seungjae Seo; Hoon Huh; Jeong Whan Yoon;
PUBLICAÇÃO: 2024, FONTE: International Journal of Impact Engineering, VOLUME: 186
10
TÃTULO: A new failure criterion for predicting meso/micro-scale forming limit of composite metal foils Full Text
AUTORES: Lihuang Zheng; Jeong Whan Yoon;
PUBLICAÇÃO: 2024, FONTE: International Journal of Plasticity, VOLUME: 176
AUTORES: Lihuang Zheng; Jeong Whan Yoon;
PUBLICAÇÃO: 2024, FONTE: International Journal of Plasticity, VOLUME: 176
