Advanced concepts of Bearing Technology

The fifth edition of Rolling Bearing Analysis – Advanced Concepts of Bearing Technology delivers an in-depth, mathematically rigorous exploration of high-speed, high-load, and complex bearing applications. Ideal for advanced students and engineers, it expands on internal load distribution, lubrication film behavior, stress-life fatigue, and structural deflection.

Advanced Concepts of Bearing Technology is an authoritative and in-depth engineering reference that builds upon more than four decades of excellence established by Tedric A. Harris’s seminal work, Rolling Bearing Analysis—widely regarded as the definitive “bible” for engineers, researchers, and students working in rolling bearing technology. Renowned for its rigorous mathematical foundations and practical relevance, this classic text continues to be the go-to resource for understanding bearing behavior across a wide range of operating conditions.

Now presented as part of the Fifth Edition, Rolling Bearing Analysis has been thoughtfully divided into two specialized volumes, allowing readers to focus on the level and scope of bearing analysis that best suits their needs. Advanced Concepts of Bearing Technology, the second of the two volumes, takes readers beyond fundamentals and into the realm of high-speed, high-load, and highly dynamic bearing applications.

This advanced volume addresses complex operating environments involving extreme speeds, demanding load combinations, and sophisticated mechanical interactions. The authors provide detailed mathematical formulations and analytical methods for understanding:

• Internal load distribution under high-speed conditions

• Combined radial, axial, and moment loading in rolling bearings

• The influence of raceway and rolling element profiling on performance and durability

• Elastohydrodynamic lubrication (EHL), including lubricant film thickness development and rolling contact friction

• Stress-life (fatigue life) prediction methods for rolling bearings

• The effects of shaft flexibility and supporting structure deflection on bearing loads and system behavior

What sets this book apart is its full derivation of governing equations, making it invaluable not only as a design reference but also as a teaching and learning tool for advanced mechanical engineering studies. The rigorous analytical treatment enables engineers to accurately model bearing performance, predict fatigue life, and evaluate system-level interactions in real-world applications such as aerospace, automotive, industrial machinery, turbomachinery, and high-speed rotating equipment.

Ideal for practicing mechanical engineers, tribologists, bearing designers, researchers, and graduate-level engineering students, Advanced Concepts of Bearing Technology is an essential resource for anyone tasked with analyzing complex bearing performance, durability, and fatigue-life phenomena. It provides the depth, precision, and technical insight required to design and evaluate rolling bearing systems operating at the limits of modern engineering.