DEPARTMENTS OF ADVANCED COMPONENTS AND MATERIALS ENGINEERING
MICROMECHANICS & MICROSTRUCTURE CONTROL LABORATORY
Finite Element Analysis, Microstructure Analysis, Numerical Solution, Mechanical Properties
Lab. Members | 연구원
Aman Gupta (India)
Post Doctoral Researcher
Part : Microstructure & texture analysis
H.P. : 010-9175-6518
E-mail : amangpta@gmail.com
Khushahal Thool (India)
Post Doctoral Researcher
Part : FEM, AI, Microstructure Analysis
H.P. : 010-4909-5829
E-mail : khushahal2@gmail.com
Ki-Seong Park (Korea)
Ph.D Candidate
Part : Microstructure, Texture, CPFEM, AI
H.P. : 010-5779-5047
E-mail : kiseong.park00@gmail.com
Wi-Geol Seo (Korea)
Ph.D Candidate
Part : Microstructure, Texture, FEM
H.P. : 010-3317-1061
E-mail : wgseo@scnu.ac.kr
Preetham Reddy (India)
Ph.D Candidate
Part : FEM, Microstructure Analysis
H.P. : 010-5397-0704
E-mail : preethamalluri@gmail.com
Saurabh Pawar (India)
Ph.D Candidate
Part : FEM, Microstructure Analysis
H.P. : 010-2022-4491
E-mail : saurabhpawar634@gmail.com
Rohit Raj (India)
Ph.D Candidate
Part : CFD, Powder Metallurgy
H.P. : 010-5139-0310
E-mail : roheet.raaj@gmail.com
Eun-Se Lee (Korea)
Bachelor's student
Part : Microstructure & Texture Analysis, FEM
H.P. : 010-5480-3826
E-mail : 20210007@s.scnu.ac.kr
Gyeong-Min Ko (Korea)
Bachelor's student
Part : Mechanical Testing, FEM
H.P. : 010-2075-4698
E-mail : kogyeongmin99@gamil.com
You-Ahn Oh (Korea)
Bachelor's student
Part : FEM, Microstructure Analysis
H.P. : 010-2539-6421
E-mail : nlgkdqtv@gmail.com
Hee-Jeong Jeong (Korea)
Lab. Manager
Part : 연구실 과제 관리 실무
H.P. : 010-2014-9511
E-mail : hj842@s.scnu.ac.kr
Research Field | 연구분야
1. MULTISCALE MODELING AND SIMULATION
-Analysis of physical properties for structural material and printed flexible device using ab-initio & MD
Ab-initio & Molecular Dynamics를 이용한 구조재료 및 인쇄유연소자의 물리적 성질 해석
-Analysis of micromechanical behaviors for structural material and printed flexible device using crystal
plasticity finite element method(CP-FEM)
구조재료 및 인쇄유연소자의 미소역학적 변형거동 결정소성 유한요소해석
-Optimization of process conditions for structural material and printed flexible device using FEM
유한요소법을 이용한 구조재료 및 인쇄유연소자의 공정 조건 최적화
2. MICROSTRUCTURE CHARACTERIZATION
- Analysis of microstructure and microtexture in structural material and printed flexible device
구조재료 및 인쇄유연소자의 미세조직 및 미시집합조직 분석
- A study for primary recrystallization and grain growth in structural materials
구조재료의 초기 재결정 및 결정립 성장에 관한 연구
- Development of phase identification technique for multi-phase steels using IQ & KAM
IQ & KAM을 이용한 Multi-Phase강의 상 분리 기술 개발
<Ex-situ Deformation>
<In-situ Annealing >
<Phase Identification>
<Metal Additive manufacturing>
<Silver Nano Particles>