"Next-Generation Composites Engineered for Superior Thermomechanical Performance"
We focus on polymer-matrix composites, embedding fiber-reinforcements (continuous, long/short, etc.) and particulates (polymer, ceramic, metallic) to realize enhanced mechanical and thermal responses.
We design composite materials that can sustain extreme loads without structural failure. Our focus ranges from lightweight high-strength systems to impact-tolerant and self-healing materials.
Lightweight but structurally strong materials
Tough composites designed to absorb energy
Materials with autonomous damage recovery
We develop polymer composites that maintain stability and functionality under high thermal stress. Our research includes heat-dissipating, heat-absorbing, and ablation-resistant systems.
Efficient heat-dissipating composites
Phase-change and endothermic materials
Char- and ceramic-forming materials