SNU Transformative ARchitecture Lab
Members
Current Project
- Origami self-locking mechanism
Hobby
CV
- Wave dynamics of Negative Extensibility Metastructures.
- Nonlinear wave dynamics in metamaterial
- Dynamic behavior of origami-based metamaterials
- Frequency - switchable topological edge states of Miura - folded metamaterials
- Rigidity/Floppiness control of origami structures
- Metamaterials for acoustic impedance matching, anti-reflection, and absorption
- Universal Acoustic Impedance Matching, Deployable Sound Absorber
- Wave analysis on origami structures
- Lightweight & deployable structures
- Helicoidal Metallic Waveguide Prototyping and Testing
- Adaptive impact mitigation via origami structure
- Creating kinematic & mechanical models of flat foldable regular dodecahedron for space habitat
- Designing flat foldable regular dodecahedron for multi-stability
- Mechanical analysis of origami inspired structures
- Vibration control using in-situ stiffness tuning metamaterials (funded by R.O.K. Defense Acquisition Program Administration)
- Simulation and design methods of origami mechanics with multiple DOF
- Origami robotics
- Design lockable metamaterial in multi directions
TBD
- Origami-based design of deployable curved surfaces and their engineering applications
- Designing deployable structures using graph theory
- Aerospace application, e.g. deployable origami wing
- Dynamic modelling and controlling of rigid foldable structures
- Topological wave propagation analysis of origami
- Muscle-in-the-loop optimization of human walking
- lightweight/deployable structure
- Rigid Foldability, Energy Analysis
- rigid foldable structures
- Origami-inspired soft continuum robots
- Origami-inspired mechanical computing
