Computational Materials Modeling & Design Lab.
전산 재료 모델링 및 설계 연구실
Computational Materials Modeling & Design Lab.
전산 재료 모델링 및 설계 연구실
RESEARCH | 01
Continuum Modeling
Crack Propagation
Predict crack initiation and growth under mechanical loading.
Thin-film Bonding Process
Simulate contact, deformation, and adhesion during thin-film bonding.
Impact Dynamics
Simulate structural response
and damage under impact loading.
Multiphysics Simulation
Predict complex behavior
through coupled physical simulations.
RESEARCH | 02
Atomistic Modeling
Molecular Interactions
Explore how molecular interactions influence material behavior.
Plasticity of Nanowires
Investigate deformation and defect evolution in metallic nanowires.
Plasticity of Nanowires
Analyze interfacial interactions
and mechanical behavior.
Nanolattices
Size-dependent mechanical properties of nanoscale lattice structures.
RESEARCH | 03
Design Optimization
Mechanical Performance
Structures for enhanced
mechanical properties.
Thermal Performance
Design material architectures
to improve thermal performance.
Phononic Crystals
Wave-focusing structures
for efficient energy harvesting.
Electromagnetic Absorption
Design multifunctional structures for enhanced EM wave absorption.