Day 1:
Introduction to Advanced Construction Materials
Overview of concrete material advancements and their importance in modern construction.
Properties and classifications of high-performance concrete (HPC) and ultra-high-performance concrete (UHPC).
Introduction to nanotechnology and its impact on material properties.
Understanding material standards, specifications, and compliance requirements.
Day 2:
Innovations in Repair Materials and Techniques
Overview of polymer-modified mortars and high-bond adhesives.
Selection criteria for corrosion inhibitors and protective coatings.
Techniques for structural strengthening using fiber-reinforced composites.
Case studies on effective repair methods in real-world applications.
Day 3:
Sustainable Materials for Construction and Repair
Benefits and applications of recycled aggregates and supplementary cementitious materials.
Introduction to geopolymer concrete and alternative binders.
Environmental impact assessment of advanced materials.
Strategies for integrating sustainability into construction and repair practices.
Day 4:
Addressing Durability and Performance Challenges
Analyzing causes and prevention of cracking, corrosion, and structural fatigue.
Role of self-healing concrete in enhancing durability.
Testing and evaluating the performance of advanced materials under various conditions.
Practical workshop: Selecting materials based on project scenarios.
Day 5:
Practical Applications and Future Trends
Case studies of innovative projects utilizing advanced materials.
Exploring the future of smart materials in concrete construction.
Workshop: Designing a material plan for a repair or construction project.
Course review, discussion, and Q&A session.
