Micro- and Nanocomposites : A Tribological Viewpoint (Hardcover)

Section A: Fundamentals of Composites. 1. Fundamentals and History of Composites for Engineering Applications. 2. Atomic Scale Interface of Matrix and Reinforcement for Tribological Application. Section B: Tribological Performance of Polymer Matrix Composites. 3. Influence of Micro-Sized Filler Reinforcement in Tribological Performance of Polymer Composites. 4. Influence of Fillers on High-Temperatures Tribology of Polymer Matrix Composites. 5.Influence of Fillers on the Tribological Performance of Self-Lubricating Polymer Coatings.?6. Influence of Micro-Sized Filler Reinforcement on the Tribological Performance of Metal Matrix Composites. 7.?Influence of Micro-Sized Filler Reinforcement on the Tribological Performance of Metal Matrix Composites.?Section C: Tribological Performance of Metal Matrix Composites. 8.?Influence of Nano-Sized Filler Reinforcement in Tribological Performance of Metal Matrix Composites. 9.?Influence of Fillers on High-temperatures Tribology of Metal Matrix Composites. 10.?Influence of Fillers in the Tribological Performance of Self-Lubricating Metal Matrix Coating. 11.?Case Studies Related to the Tribological Performance of Reinforced Metal Matrix Composites: Comparative Analysis of Machine Learning Models for Predicting Wear Rates in AA7075/SiC Composite. 12.?Case Studies Related to the Tribological Performance of Reinforced Metal Matrix Composites:?Optimization of Tribological Properties in AA7075-WS2-TiC Hybrid Composites Using Taguchi-GRA Method. Section D: Tribiological Performance of Ceramic Matrix Composites. 13.?Influence of Micro-sized Filler Reinforcement in Tribological Performance of Ceramic Matrix Composites. 14.?Influence of Nano-Sized Filler Reinforcement in Tribological Performance of Ceramic Matrix Composites. 15.?Influence of Fillers on High-Temperatures Tribology of Ceramic Matrix Composites. 16.?Influence of Fillers in the Tribological Performance of Self-Lubricating Ceramic Matrix Coating: A Comprehensive Study. 17.?Case Studies Related to the Tribological Performance of Reinforced Ceramic Matrix Composites.?