DEPARTMENTS OF ADVANCED COMPONENTS AND MATERIALS ENGINEERING
Alumni | 졸업생
□ Ph.D (Doctor of Philosophy)
포스코(광양) 기술연구소
Graduation Year : 2019
Thesis : A Study on Microstructure Features and Micromechanical Deformation Behaviors of Constituent Phases in Multi-Phase Steel under Plastic Deformation
김 은 영 박사
(Dr.Eun-Yeong Kim)
인도 IIT 조드푸르 공과대학 조교수
Department of Metallurgical and Materials EngineeringIndian Institute of Technology Jodhpur
Materials Science Multidisciplinary
Computational Materials Science, Crystal Plasticity Simulation, Grain Growth Simulations, Machine Learning
Dr. Lalit Kaushik
(Associate Professor)
인도 IIT 조드푸르 공과대학 조교수
Currently, Dr. Jaiveer Singh is working as an Assistant Professor in the Department of Metallurgical and Materials Engineering at the Indian Institute of Technology Jodhpur (IIT Jodhpur). His research interests include microstructure and texture evolution, mechanical behavior of materials, thermo-mechanical processing of materials, microstructure-mechanical property correlation, design/development of alloys and sheet/bulk metal forming processes.
Dr. JAIVEER SINGH
(Associate Professor)
성균관대학교 박사후 연구원
Research Field
Thin film Material (FCC)
Microstructure & Texture Evoulution
Fracture Mechanism
Dr. ATANU BAG
(주)웨이브센스
Graduation Year : 2022
Thesis : A Study on Microstructural and Micromechanical Deformation Behaviors of Structural Materials under Muti-Axial Diagonal Forging
김 민 성 박사
(Dr. Min-Seong Kim)
인도 IIT 조드푸르 공과대학 조교수
IIT Bombay
Computational Mechanics, Metal Forming, Plasticity,
Thermo-Mechanical Processing, Material Characterization
Dr. Abhishek Kumar Singh
현대 하이스코
Graduation Year : 2008
A master's Thesis : Prediction of Inhomogeneous Texture through the Thickness Direction and Variation of Texture in Automotive Cold-Rolled Steel Sheet
김 병 진
BYOUNG-JIN KIM
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(주)포스코 광양제철소(공장장)
Graduation Year : 2009
A master's Thesis : Texture Evolution and Anisotropic Properties in Dual Phase Steel sheets during Deep during Deep Drawing Process
송 영 식
YOUNG-SIK SONG
(재)포항금속소재산업진흥원
Graduation Year : 2010
A master's Thesis : Analysis of Microstructure and Texture according to Various Extrusion Process method of AZ31 Mg Alloy
김 대 하
DEA-HA KIM
(주)혜원MSC
Graduation Year : 2010
A master's Thesis : Prediction of Plastic Strain Ratio in AA1100 Sheets Produced by Differential Speed Rolling Using EBSD Data
최 재 권
JAE-KWON CHOI
국립순천대학교 산학협력단
Graduation Year : 2010
A master's Thesis : Finite Element Analysis of Asymmetric Extrusion Process for AZ31 Mg Alloy
이 형 욱
HYEONG-WOOK LEE
리스텍비즈(RISTecBiz)
Graduation Year : 2011
A master's Thesis : Effect of Martensite Distribution on Ductility and Ductile Fractures of Dual Phase Steels
김 대 완
DAE-WAN KIM
(재)전남테크노파크
Graduation Year : 2011
A master's Thesis : Effect of Volume Fraction of Martensite on Initial Crystal Orientation in Dual Phase Steels For Drwaing Parts
양 회 석
HEO-SEOK YANG
CGI
Graduation Year : 2014
A master's Thesis : A study on microstructure evolution due to heat treatment temperature of the friction stir welding of AZ31 magnesium alloy
최 영 환
YEUNG-HWAN CHOI
(주)서한그룹 기술연구소
Graduation Year : 2014
A master's Thesis : Effect of Deformed Microstructure on Recrystallization Behavior in Cold Rolled Cu-added Extra Low Carbon Steel
김 종 석
JONG-SEOK KIM
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(주)동양에이케이코리아
Graduation Year : 2015
A master's Thesis : A Study on Deformation Behavior and Micro-Texture Evolution in the Hole Edge of Hot Rolled 780HB Steel during Punching
정 찬 욱
CHAN-UK JEONG
ASFLOW
Graduation Year : 2016
A master's Thesis : Effect of microstructure on micromechanical deformation and failure behaviors in AlSi10Mg alloy fabricated by selective laser melting process during uniaxial tension
황 지 현
JI-HYEON HWANG
(주)한국진공야금
Graduation Year : 2016
A master's Thesis : A Study on Nucleation Events and Evolution of Dislocation Slip and Twinning in Mg using Molecular Dynamics
신 지 환
Ji-Hwan Shin
(주)EG
Graduation Year : 2020
A master's Thesis : Effect of temperature on formability of AZ31 Mg sheet during Erichsen test
이 성 음
Seong-Um Lee
(주)한국진공야금
Graduation Year : 2021
A master's Thesis :Effect of Intermediate Annealing and Reduction Ratio on the Texture and Formability in AA5083 Sheets