Sentence examples for rotational radius from inspiring English sources

The rotational radius was calculated by ( R_{2} = sqrt {T/2pi htau_{y} } ) at 0.8 rps (0.064 N m).

In these circumstances, salespeople can use augmented reality to not only demonstrate how the robotic arm will fit into a given industrial space, as well as the reach of its arm, and how its rotational radius might intersect and interfere with other equipment or other industrial robotic arms.

In the case of a non-spherical object, it approximates to the largest rotational radius.

A comprehensive parametric study is conducted in order to understand the effects of taper configurations and various system parameters including mean rotational velocity, hub radius, double-tapering angles and stacking sequences, on the dynamic instability characteristics of the composite beam.

The effects of end mass, rotational-speed, hub radius and warping rigidity on these zones have been investigated.

The influences of Coriolis effects, rotational speed and hub radius on the natural frequencies and mode shapes are illustrated.

The elbow allows the bending and extension of the forearm, and it also allows the rotational movements of the radius and ulna that enable the palm of the hand to be turned upward or downward.

The purpose of this study was to evaluate the reliability of the bicipital tuberosity and distal radius as rotational landmarks for orientation of asymmetric radial head prostheses.

Increasing rotational speed and basket radius resulted in an increase in starch separation efficiency due to an increase in centrifugal force generating a high pressure drop across the filtering screen.

If there is no eccentricity of the orbit, then the body rotates around its parent star at a constant rate, will be rotated on its axis once in its revolution, does not exist, then nor any other movement, and I Angular Momentum is a vector product of constant rotational speed and constant radius.

Finally, the respective effects of the arc angle, the rotational speed, the hub radius and the root spring constants on the natural frequencies and divergent instability characteristics of a curved rotating beam are systematically examined and compared with those observed for a straight cantilever beam.