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Key Research Areas
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
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- Research
- Key Research Areas
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Development for the process technology of composite material for the structure
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
Development for the process technology of composite material for the structure
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure선택됨
- Techniques for Recycling Composite Materials
- Structural control technology of composite material
- Development of the new process for composite material
Structural Control Technologies for Composite Materials
- Development of a multi-scale modeling /simulation technology for improving CFRP properties
- Development of a 3D direct measuring technology for carbon fiber preforms and finished products using eddy currents
- Research on innovative aerospace composite materials for use in extreme environments
- Structural control technology for composite materials
Development of a 3D direct measuring technology for carbon fiber preforms and finished products using eddy currents
Extensive Research Areas
- Filler impregnation/defect control technology
- Technology for distributed control/evaluation of fillers
- Filler/resin interface control technology
- Connecting technology for multi/similar materials and components
- Non-disruptive analysis and design technology for composite materials
- Multiscale material modeling/simulation technology for multifunctional structural composite materials
- Resin improvement technology for realization of multifunctional composite materials
Key Research Outcomes
- Distributed quantification technology for micro and nano-fillers
- Interface control technology using molecular sensors and plasma
- CFRP preform 3D direct measuring technology using ultrasonic waves and vortex
- Property optimization technology for multifunctional high molecular composite materials using multiscale modeling
- Manufacturing technology for polymerized reaction type low viscosity thermoplastic resin
- Flame retarding thermoset resin manufacturing technology
- Self-restoring adhesion and sensing technology