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Chang-Whan LEE (이창환)
Chang-Whan LEE (이창환)
Associate Professor
Mechanical System Design and Engineering Deptartment
Mechanical Information Engineering Program
Seoul National University of Science and Technology
Google scholar : https://scholar.google.com/citations?user=H_ajm3IAAAAJ&hl=ko
Education
Ph. D. in Mechanical Engineering (2014)
KAIST (Korea Advanced Institute of Science and Technology)
Ph.D Integrated Course (Advisor : Prof. Dong-Yol YANG)
B.S. in Mechanical Engineering (2014)
KAIST (Korea Advanced Institute of Science and Technology)
Professional Experience
Assistant Professor (2016. 9 ~)
Mechanical System Design and Engineering Dept. in SeoulTech
Post-doctoral Researcher (2014. 9 ~ 2016. 8)
Fuelcell Research Center in KIST
Ph. D. DISSERTATION
Investigation into the mechanical behavior and the levelling process of the sheet with sheared protrusions for fuel cell application
Research Topics
Finite element analysis of the metal forming process
Development of the new metal forming process for hard-to-form materials
Optimization of the metal forming process using Artificial Intelligence and Machine Learning
Multi-Physics Simulation of the high temperature fuel cells (MCFC, SOFC)
Awards
2021 New technology awards from Korean Society of Technology of Plasticity – Development of the high precision incremental sheet forming process
2017 Korean Society of Precision Engineering Young research awards
Best presentation award, 2021 Fall Conference of Korean Society of Precision Engineering, “Analysis of the Surface Characteristics of Single Point Incremental Forming Process Using a Ball Type Tool”
Best presentation award, 2021 Spring Conference of Korean Society of Manufacturing Technology Engineers, “Development of the material deformation measurement technology using machine vision”
Outstanding Presentation Award, PRESM 2021, “The optimization of variable blank holding force trajectory in cylindrical cup drawing process using finite element analysis and reinforcement”
Best Poster Award, PRESM 2020, “Determination of Specimen Shape for Accurate Measurement of Tensile Properties Using SHTB Apparatus”
Contact
Dasan-Gwan # 243, 232 Gongneung-ro, Nowon-Gu, Seoul (01811)
Tel : 02-970-6371, Fax : 02-976-5173
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