Advanced Materials and Mechanical & Physical Dynamics
- Computational Fluid Dynamics & Acoustics Lab
Computational Fluid Dynamics & Acoustics Lab Advisor Youngjune Moon Tel 02) 926-3818 Location Innovation Hall 429 Link http://cfd.korea.ac.kr/ Research Focus Computational Fluid Dynamics and Acoustic Introduction
- Environmental Pollution & Noise
- Aero-acoustics & Turbulence
- Biomedical Fluid Dynamics
- Structural Integrity and Reliability Lab
Structural Integrity and Reliability Lab Advisor Yun-Jae Kim Tel 02) 3290-3749 Location Innovation bldg. 422 Link http://sir.korea.ac.kr Research Focus fracture mechanics, ductile fracture simulation, weld residual stress analysis, structural integrity, pipe system, seismic analysis, fatigue, creep, component life assessment, high temperature component Introduction Based on fracture mechanics and numerical analysis, SIR laboratory research accurate and effective methods to evaluate large-scale industrial facilities and small-scale devices. In particular, our lab develop key safety technologies for core infrastructure facilities such as nuclear power plants, heavy chemical plants, and gas plants.
- Advanced Materials Characterization Laboratory
Advanced Materials Characterization Laboratory Advisor Byoung-Ho Choi Tel +82-2-3290-3760 Location #211, Innovation Hall Link https://amcl.korea.ac.kr Research Focus Advanced Materials and Mechanics. Mechanical properties of advanced materials, nonlinear behavior of polymeric materials, nonlinear deformation and fracture of materials, computational mechanics Introduction We conduct research on various engineering materials, especially for polymeric materials, considering their easily degraded nature.
- Skeletal Tissue Associated Research Laboratory
Skeletal Tissue Associated Research Laboratory Advisor Yong Nam Song Tel 02) 3290-3722 Location Annex of Engineering bldg. 610 & 208 Link http://starlab.korea.ac.kr/ Research Focus Our research interest focuses in Subject-specific finite element joint modeling, Endoscopic Suturing Device, 3D Reconstruction from bi-planar X-ray Images, and Automatic Segmentation Algorithm Development in Echocardiographic Image with Contrast. Introduction Biomechanics, Medical Imaging, Medical Device, and Machine Design