Sentence examples for spherical bearings from inspiring English sources

The city's manufactures include heavy machinery, industrial and electrical equipment, woven cotton fabrics, timing products, rod end and spherical bearings, masonry accessories, and furniture.

In this design, the spherical wheels are suspended by three contact points, two given by spherical bearings and one by a wheel connected to the motor axle.

This paper deals with the surface roughness and the predominant centripetal inertia terms due to the shaft rotation of the externally pressurized thrust spherical bearings.

In this work, a composite spherical bearing (CSB) composed of carbon phenolic composite race and steel ball is developed to solve the seizure of conventional metal metal spherical bearings for the elevation driving mechanism (EDM) of a future battle tank.

Essentially the same methodology is used for spherical, flat and cylindrical bearings, and thus the theory is very detailed for only the spherical bearing.

The Discovery Elbow System (Biomet Inc, Warsaw, IN, USA) contains a spherical bearing designed to minimize polyethylene wear.

The base of the ABS tube pivoted on a smooth spherical bearing, aligned with the digitized anatomical long-axis of the radius, to nullify reaction moments.

Traditional spherical bearing couldn't sustain huge horizontal loading because of excessive stress concentration induced by point-to-surface contact between upper and base plates.

Also the compressive strength of the carbon phenolic composite with interior wrinkles which were induced during the compression molding was measured to verify the applicability of the carbon composite spherical bearing to the future battle tank.

The carbon/phenolic fabric composite spherical bearing has been known as a promising component for the elevation driving mechanism of a gun since it has high compressive strength and self-lubricating characteristics.

Essentially the same methodology based on perturbation theory is used for spherical, flat and cylindrical bearings, and thus the theory was very detailed for only the spherical bearing in Part 1. Part 1 includes equations for predicting beam-column action and buckling for quite general bearing geometries, loads and deformation modes, including tensile, shear and bending.