Effect of Steel Manufacturing Processes on the Quality of Bearing Steels

This technical volume provides a comprehensive examination of how various steel production methods—from basic oxygen furnaces to secondary refining and continuous casting—directly influence the critical properties of bearing steels. Author J. J. C. Hoo meticulously details the relationship between manufacturing parameters and the resulting steel microstructure, cleanliness, and fatigue performance, offering a foundational text for understanding material science in an industrial context.

The book's distinct value lies in its practical, data-driven approach, connecting theoretical metallurgy to real-world bearing durability and failure analysis. Engineers, metallurgists, and advanced students specializing in materials engineering or mechanical design will find its insights indispensable for specifying materials and troubleshooting manufacturing-related quality issues in high-stress applications.