Research

Research Field

Total Robotics / manufacturing Energy / environment Bioengineering Materials / safety Mobility

Materials / Safety

This research area aims to shape the future landscape of materials by navigating the following sequence: 1) formulating basic mechanical theories to build highly reliable, precise, and intelligent systems indispensable for the nation’s key industries; 2) incorporating theories into the analysis and application of new materials and structures; and 3) developing design/manufacturing technologies based on innovative theories and AI algorithms.

Professors	Laboratories	Research Field	Contacts
Choi, Byoung Ho	차세대재료물성평가연구실 Advanced Materials Characterization Lab. open_in_new	Material fracture behavior and durability assessment based on crack layer theory and experiments Mechanical-chemical degradation evaluation and lifespan prediction model construction Development of AI-based models (structure-processing-process relationship in polymers) Multi-physics analysis of thermal runaway phenomena in lithium-ion batteries Evaluation of damage and suitability of polymer materials in hydrogen economy	+82-2-3290-3378
Choi, Won Joon	멀티스케일 전달현상 연구실 Multiscale Transport Lab. open_in_new	Multiscale Platforms for Active Control of Thermal & Fluidic transport and Their Applications Structure-Guided Combustion Waves (SGCWs) driven Thermal-Chemical-Electrical Energy Conversion for Energy Applications Thermal Metamaterials for Local Heat Flux Manipulation Self-Sustained Thermal-Fluidic Sensing Platform (Energy Harvesting and Sensors) 3D printed multifunctional metamaterials	+82-2-3290-5951
Han, Chang Soo	멀티스케일 자연모방 기계 연구실 Multiscale Nature-inspired Mechanics Lab. open_in_new	Tactile sensor by mimicking tactile organs Electric power source by mimicking electrocyte Artificial hearing sensors Biomolecule sensing by micro/nanopore	+82-2-3290-4952
Kim, Yun Jae	신뢰성평가연구실 Structural Integrity & Reliability Lab. open_in_new	Finite element failure analysis based on phenomenological failure models Structural design and evaluation methods for next-generation plant piping Residual stress analysis and crack evaluation of dissimilar metal welds in nuclear power plants Fatigue stress analysis for durability assessment of automotive and electronic components	+82-2-3290-3749
Lee, Byung Yang	스마트 다기능 소자 연구실 Smart Multi-Functional Device Lab. open_in_new	Self-assembly and characterization of nano-scale structures Nanoscale devices and sensors Nanoscale energy conversion devices	+82-2-3290-3365
Noh, Gun Woo	전산역학 및 최적설계 연구실 Computational Mechanics & Design Optimization Lab. open_in_new	Modern finite element methods Machine learing - assisted computational mechanics Deep learning-computational mechanics-based material-shape-process optimal design technique Structural (automotive, shipbuilding, robot, electronic device), electromagnetic (element, substrate, cable), biological (prosthetics, ultrasonic) optimal design and industrial application	+82-2-3290-3368
Song, Yong Nam	근골격 생체역학 연구실 Skeletal Tissue Accociated Research Lab. open_in_new	Properties and characteristics study of musculoskeletal tissues by medical imaging and finite element analysis Medical robotics and devices Biomechanical research based on the analysis of posture and motion dynamics AI research for medical diagnostics	+82-2-3290-3722
Yoon, Sam S.	나노에너지 및 열유체 연구실 Nano Energy Thermofluid Lab open_in_new	Piezoelectric and triboelectric nano-generators Improving the performance of supercapacitors and lithium-ion batteries Analysis of aerosol flow and diffusion inhibition in medical facilities	+82-2-3290-3861