Rolling Bearings

Principles of bearing selection and application A Bearing basics B Selecting bearing size C Friction D Speeds E Bearing specifics F Design considerations G Lubrication H Mounting, dismounting and bearing care Product data 1- Deep groove ball bearings 2- Y-bearings (insert bearings) 3- Angular contact ball bearings 4- Self-aligning ball bearings 5- Cylindrical roller bearings 6- Needle roller bearings 7- Tapered roller bearings 8- Spherical roller bearings 9- CARB toroidal roller bearings 10- Thrust ball bearings 11- Cylindrical roller thrust bearings 12- Needle roller thrust bearings 13- Spherical roller thrust bearings 14- Track runner bearings 15- Engineered products…

Solving Engineering Problems in Dynamics By Michael B. Spektor

INTRODUCTION Purposeful control and improvement of how existing mechanical systems perform is an important real-life problem, as is the development of new systems. We can obtain solutions to these problems by investigating the working processes of machines and their units and elements. These investigations should be based on fundamentals of dynamics combined with a variety of related sciences. The working processes that characterize system performance can be described by mathematical expressions that actually represent equations of motion of these systems. Analyzing these equations of motion reveals the relationship between the…