Rubber Materials

Part I: Fundamentals of Rubber Science and Technology<br>1. Introduction to Rubber Science: A Historical Perspective, Recent Developments, and Future Challenges<br>2. Natural Rubber: From Hevea Brasiliensis to Advanced Applications - A Fundamental Overview<br>3. Synthetic Rubber: A Brief Guide to its Variants and Applications<br>4. The Science and Technology of Silicone Rubbers<br>5. Progress in Thermoplastic Elastomeric Materials<br>6. Next-Generation Polyurethanes: Breakthroughs in Synthesis, Properties, and Applications<br>7. Latex Fundamentals: Understanding Its Origins and Opportunities<br>8. The Evolution of Rubber Reinforcement: From Carbon Black and Silica to Fully Sustainable Fillers<br>9. Characterization Techniques: Understanding the Rubber Compounds<br>10. Dynamic Chemistry in Elastomers: Fundamentals and Emerging Applications<br><br>Part II: Sustainability<br>11. Renew: Sustainable and Renewable Feedstocks for Elastomer Compounds and Additives<br>12. Recover: Advancements in Tire Waste Management - From Collection to Disposal and Beyond<br>13. Repair: Innovations in Self-Healing Elastomers for Enhanced Material Longevity and Sustainability<br>14. Recycling, Upcycling, and Reuse of Scrap Rubber: Novel Approaches and Applications<br>15. Redesign and Reduce: Rethinking Rubber Recipes for Sustainable Elastomer Production<br>16. Design of Experiments (DOE) and Life Cycle Assessment (LCA) as Experimental Tools for Elastomer Sustainability<br><br>Part III: Advanced Applications<br>17. The Magic Triangle in Tire Technology: Advancements in Rolling Resistance, Wet Grip, and Durability<br>18. Smart Rubbers: Developments of Stimuli-Responsive and Adaptive Materials<br>19. Innovations in Elastomer-based Soft Robotics and Actuators<br>20. Additive Manufacturing of Rubbers: A New Frontier in Polymer Science Future<br>21. Future Directions in Rubber Science and Technology: A Visionary Perspective