chapter 1 Introduction -- chapter 2 Metallic Coefficient of Friction -- chapter 3 Rubber Friction Mechanisms -- chapter 4 Metallic Coefficient-of-Friction Equation Does Not Apply to Rubber -- chapter 5 A Unified Theory of Rubber Friction -- chapter 6 The Rubber Adhesion Transition Phenomenon -- chapter 7 Microhysteretic Friction in Dry Rubber Products -- chapter 8 Microhysteresis in Wet Rubber Products -- chapter 9 Rubber Microhysteresis in Static-Friction Testing -- chapter 10 Inertial, Residence-Time, Adhesion-Transition, and Contact-Time Bias in Portable Walking-Surface Slip- Resistance Testers -- chapter 11 Nonscientific Application of the Laws of Metallic Friction to Rubber Tires Operated on Pavements -- chapter 12 Friction Analysis in the Design of Rubber Tires and Their Contacted Pavements -- chapter 13 Nonscientific Application of the Laws of Metallic Friction to Footwear Outsole-Walking Surface Pairings -- chapter 14 Slip-Resistance Analysis in the Design of Footwear Outsoles and Their Paired Walking Surfaces.