Sustainable Functionalization of Building Materials

Research objectives：

Sustainable building materials, waste valorization, functional cement-based composites (Expertise in mechanical performance optimization of recycled concrete, development of bio-based additives, and energy-efficient building materials. PI has led 3 national-level research projects, published over 50 SCI papers, and held 8 authorized invention patents.)

Subtopics：

1. ​Development of High-Performance Recycled Aggregate Concrete Incorporating Industrial and Construction Waste
2. ​Bio-Based Additives for Self-Healing and Antibacterial Properties in Cementitious Materials
3. ​​Thermally Adaptive Insulation Materials from Agricultural Waste (e.g., Rice Husk, Corn Cob) with Phase Change Capability
4. ​​Smart Coatings for Building Envelopes: Pollution Degradation and Energy Efficiency Integration​Circular Economy Model for Construction Material Lifecycle: From Waste Sorting to Reuse Performance Prediction

Keywords：

• Sustainable building materials
• Waste valorization
• Functional cement - based composites
• High - Performance Recycled Aggregate Concrete
• Bio - Based Additives
• Thermally Adaptive Insulation Materials
• Smart Coatings
• Circular Economy Model

Expected Outcomes：

• ​Academic: Peer-reviewed publications, books
• ​Practical: Policy recommendations for governments/NGOs, community awareness materials.
• ​Innovation: Prototypes or pilot studies for pollution mitigation technologies (if applicable).