Researches
우리 연구실은 멀티피직스 및 멀티스케일 융합 해석 기술을 바탕으로 아래와 같은 다양한 기계 시스템의 설계 연구를 수행하고 있습니다.
- Design of Materials Systems (Design of materials property with Molecular Dynamics)
- Design of Energy Systems (Li-ion battery / Secondary batteries / Bio-energy)
- Design of Nano-Bio Systems (Molecule delivery / Sensing)
Material Systems
| Atomic Scale Calculation for Materials Properties
DFT Calculations for Electrode Material Properties of K-ion Batteries
| Prediction of Material Behaviors
Current Transformer (CT) core systems
| Molecular Diagnostic System
Shape memory alloys (SMAs)-based smart material systems
Energy Systems
| K-ion battery System
Multiscale and Multiphysics Design for High Performance K-ion Batteries
| Li-ion battery System
Design of cathode structure for high performance LIB
| Energy Harvesting System
Design of effective air gap for high performance split CT core
| Bio-energy System
Design of microorganism-based energy harvesting system
Nano-Bio Systems
| Molecular Diagnostic System
Plasmonic nanostructure-based molecular diagnostic system
Nano-Bio Systems
| Molecular Diagnostic System
Computational analysis for design of molecular diagnostic system
| Drug Delivery System
Nanorobot system for active therapeutic drug delivery
| Drug Delivery System
Molecular delivery and sensing systems
