Register
Log In
Home
Browse Content
Advanced Search
About CRCnetBASE
Subject Collections
How to Subscribe
Librarian Resources
News & Events
Free Trial
About this Book
Search
Permalink
http://dx.doi.org/10.1201/9780849381379
Download to Citation Mgr
View Abstracts
Add to Bookshelf
Email
Front MatterAbstract - Hi-Res PDF (1007 KB) - PDF w/links (1008 KB)
Chapter 1. IntroductionAbstract - Hi-Res PDF (345 KB) - PDF w/links (346 KB)
Chapter 2. Metallic Coefficient of FrictionAbstract - Hi-Res PDF (555 KB) - PDF w/links (556 KB)
Chapter 3. Rubber Friction MechanismsAbstract - Hi-Res PDF (1987 KB) - PDF w/links (1988 KB)
Chapter 4. Metallic Coefficient-of-Friction Equation Does Not Apply to RubberAbstract - Hi-Res PDF (2615 KB) - PDF w/links (2619 KB)
Chapter 5. A Unified Theory of Rubber FrictionAbstract - Hi-Res PDF (3224 KB) - PDF w/links (3229 KB)
Chapter 6. The Rubber Adhesion Transition PhenomenonAbstract - Hi-Res PDF (764 KB) - PDF w/links (765 KB)
Chapter 7. Microhysteretic Friction in Dry Rubber ProductsAbstract - Hi-Res PDF (1762 KB) - PDF w/links (1763 KB)
Chapter 8. Microhysteresis in Wet Rubber ProductsAbstract - Hi-Res PDF (1726 KB) - PDF w/links (1727 KB)
Chapter 9. Rubber Microhysteresis in Static-Friction TestingAbstract - Hi-Res PDF (1309 KB) - PDF w/links (747 KB)
Chapter 10. Inertial, Residence-Time, Adhesion-Transition, and Contact-Time Bias in Portable Walking-Surface Slip-Resistance TestersAbstract - Hi-Res PDF (1834 KB) - PDF w/links (1835 KB)
Chapter 11. Nonscientific Application of the Laws of Metallic Friction to Rubber Tires Operated on PavementsAbstract - Hi-Res PDF (1624 KB) - PDF w/links (1625 KB)
Chapter 12. Friction Analysis in the Design of Rubber Tires and Their Contacted PavementsAbstract - Hi-Res PDF (1979 KB) - PDF w/links (1980 KB)
Chapter 13. Nonscientific Application of the Laws of Metallic Friction to Footwear Outsole-Walking Surface PairingsAbstract - Hi-Res PDF (2301 KB) - PDF w/links (1218 KB)
Chapter 14. Slip-Resistance Analysis in the Design of Footwear Outsoles and Their Paired Walking SurfacesAbstract - Hi-Res PDF (1847 KB) - PDF w/links (1847 KB)
