Book ProjECT-III
Book ProjECT-III
Advanced Fiber-Reinforced Cementitious Matrices: Enhancing Performance and Longevity of Concrete Structures
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Description of the Book: The proposed book, Advanced Fiber-Reinforced Cementitious Matrices: Enhancing Performance and Longevity of Concrete Structures, is a collaborative effort by experts in structural engineering, materials science, and concrete rehabilitation. This comprehensive volume will cover the fundamentals of Fiber-Reinforced Cementitious Matrix (FRCM), including their material composition, mechanical properties, and comparative advantages over traditional strengthening techniques. Drawing from the latest design codes such as ACI 549.6R-20 and CNR DT 215-2018, the book will provide in-depth guidance on FRCM applications in strengthening beams, slabs, and columns. It will also include analytical modeling, fire endurance considerations, installation techniques, and quality control measures to ensure structural integrity and long-term durability.
With contributions from leading researchers and practitioners, the book will bridge the gap between theoretical knowledge and practical implementation. It will feature case studies, laboratory and field testing methodologies, and real-world applications that highlight successful FRCM strengthening projects. The collaborative effort of multiple authors will bring diverse perspectives and insights, making this book a valuable resource for civil engineers, researchers, and industry professionals. By addressing both the challenges and future trends in FRCM technology, this book aims to serve as a definitive guide for those involved in modern structural rehabilitation and sustainable construction practices.
The topics covered are outlined in Part I and Part II, but are not limited to these sections.
Part-I: Introduction to FRCM/TRM/TRC
Overview of FRCM
Evolution of FRCM and its historical background
FRCM comparison with other composite materials
Importance and advantages of FRCM in modern construction
FRCM Manufacturing Techniques
Methods of Producing FRCM Composites
Fabrication Processes and Quality Control
Preformed Pultruded Systems vs. Wet Lay-Up Systems
Materials and Composition of FRCM
Types of Fibers Used in FRCM Composite (Glass, Carbon, Aramid, Basalt fibers, etc.)
Comparative analysis of fiber properties
Matrix Materials and Their Properties
Cementitious Matrices and their Role in FRCM
Bonding Agents and Additives
Interface and Bond Behaviour Between Fibers and Matrix
Mechanical Properties and Performance of FRCM
Tensile Strength and Ductility
Flexural Strength and Toughness
Impact Resistance
Long-Term Performance and Durability
Environmental Impact on FRCM properties
Part-II: Design Guidelines and App. of FRCM in Concrete Structures
Design Basis for FRCM Systems
Strengthening Limits and Safety Considerations
Structural Fire Endurance
Environmental Considerations (Moisture, Chemical Attack, UV Radiation)
Analytical Models and Simulations
Structural Performance and Load-Bearing Capacity
Installation and Application Techniques
Surface Preparation and Application Methods
Quality Control and Assurance During Installation
Common Challenges and Troubleshooting
Field Applications and Examples
Best Practices for Installation and Quality Control
Testing and Quality Control
Standard Tests for Mechanical Properties
Pull-Off Tests for Bond Strength
Visual Inspections and Defect Assessment
On-Site Testing Methods
Laboratory and Field Testing of FRCM
Testing Standards and Protocols
Mechanical Testing Procedures
Environmental and Durability Testing
Analysis and Interpretation of Test Results
Field Pull-Off Testing and Methodologies
Load Distribution Testing in Structures
Proof Load Testing and Validation
Monitoring Techniques and Long-Term Assessment
Case Studies and Field Applications
Successful Applications of FRCM in Structural Rehabilitation
Lessons Learned from Field Applications
Comparative Analysis with Traditional Reinforcement Methods
Real-world Applications and Performance
Repair and Maintenance of FRCM Systems
Techniques for Repairing Defects in FRCM Applications
Maintenance Strategies for Long-Term Performance
Impact of Environmental Conditions on FRCM Systems
Strengthening Strategies and Design Considerations
Case Studies and Practical Applications
Cost-Benefit Analysis and Lifecycle Considerations
Future Trends and Innovations
Emerging Materials and Technologies in FRCM
FRCM Integration with Computational Tools and BIM
Potential Applications in New Construction
Research and Development Trends
Barriers to Widespread Adoption
Future Research Directions and Developments
Vision for the Future of FRCM in Construction
Recommendations for Practitioners and Researchers
Part-III: Sustainability and Environmental Impact of FRCM
Introduction to Sustainability and Environmental Impact of FRCM
Overview of Sustainability in Construction
Importance of Life Cycle Assessments and Carbon Footprint Analysis
Life Cycle Assessment and Carbon Footprint of FRCM Systems
Methodology and Cradle-to-Grave Analysis
Comparison of Environmental Impacts Based on Fiber Types
Recyclability, Circular Economy, and Ecosystem Impacts
End-of-Life Considerations and Recycling Potential
Integration of FRCM in Circular Economy Frameworks
Assessment of Ecosystem and Human Health Impacts
Future Directions and Stakeholder Perspectives
Innovations for Eco-Friendly FRCM Development
Economic and Environmental Trade-Offs
Role of Policies, Standards, and Industry Collaboration
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