Plain bearing design may be simple or complex. It may amount to picking a bearing from a catalog on the basis of PV factor or may require a sophisticated analysis of lubricant flow. Most slow moving ...

Journal bearing design is complex. It involves optimizing clearances, bearing length, minimum film lubricant, viscosity, flow rate, and inlet slots. Design equations are available, but their solution ...

It is not much of an exaggeration to say that the whole wind turbine industry rides on bearings. Wind turbines operate under arduous conditions. The bearings used in them must work reliably and have a ...

The challenge that machine tool builders face when designing spindles for milling machines and lathes is selecting bearings with the optimal balance of speed, load-carrying capacity, stiffness, and ...

A look at a 3D printed tapered roller bearing design and how it demonstrates real engineering principles in motion.

This is the third and final report in a series, Selecting, Configuring and Lubricating Tapered Roller Bearings for High-Speed Machine Tool Spindles. The first installment is Selecting Tapered Roller ...

Linear bearings are distinguished from radial bearings by their sliding rather than rotary motion. Linear bearings are used in machine tool applications such as sliding doors, 3D printers, and ...

Please provide your email address to receive an email when new articles are posted on . Historically, posterior stabilized and cruciate-retaining knee bearings have been popular bearing types among ...

Bearings, by design, are energy-saving devices. They limit friction between moving parts in countless machines and, over hundreds of years, have continually evolved toward greater efficiency and ...

Cam Bearing Selection And InstallationThe task of replacing camshaft bearings during an engine rebuild may appear to be a no-brainer, but the more intelligent approach is to handle the job with as ...