Aircraft systems require high-performance bearings to operate effectively. Jet engines rely on high-speed bearings to maintain shaft alignment and handle the heat generated by high speeds. Bearings in ...

Building a belt sander using only basic tools and materials found in the workshop demonstrates the power of creativity and resourcefulness. Starting with plywood, a jigsaw is used to cut circles for ...

Main shaft bearing performance is make-or-break for turbine uptime, maintenance costs, and long-term sustainability.

SKF today unveiled a new generation of innovative products and integrated service offerings at the 2nd edition of SKF ISEA ...

NSK has introduced a new series of spherical roller bearings (SRBs) for wind turbine main shafts, combining three core technologies to reduce wear and improve load capacity. The bearings integrate NSK ...

The two roller bearings, which could or not have viscoelastic layers underneath, were located at the fourth and tenth nodes. The two disks were placed at the first node, as showed in Fig. 7, since ...

Lubricants influence the bearings’ heat-generation and heat-dissipation rates, and are important to determining the speed capability of the spindle. This is the third and final report in a series, ...

As a key component of the wind turbine, the reliability level of the main shaft bearing seriously affects the performance and safety of the wind turbine. Therefore, it is very important to accurately ...

Cylindrical roller bearing is often used in aeroengine main-shaft system because of its excellent capability working at high speed and heavily loaded condition.

Abnormal wear debris from abrasion, adhesion, and fatigue consists of large particles containing base metals. Microspall ...