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>

 

Sunchon National University

Departments of Printed Electronics Engineering​

Micromechanics & Microstructure Control Lab. (MMCL)

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