Sentence examples for rotating radius from inspiring English sources
where r is the rotating radius, w r is the rotating frequency and Θ(T) is the instantaneous aspect angle [14].
The original turbine blade channel is always proportionally scaled up to laboratory-scale channel, as well as its hydraulic diameter and rotating radius.
The position of a particle moving on a circle, for example, can be described by a rotating radius of the circle, like the spoke of a wheel with one end fixed at the centre of the circle and the other end attached to the particle.
The rotating radius is known as a position vector for the particle, and, if the angle between it and a fixed radius is known as a function of time, the magnitude of the velocity and acceleration of the particle can be calculated.
where micromotion parameters compose a parameter vector ϑ ≜ ( x, y, r, f m, φ 0 ) (8). and (x,y) is the position of the micromotion center, r is the micromotion amplitude, i.e., rotating radius or vibrating amplitude, f m is the micromotion frequency, and φ0 is the initial micromotion phase.
For mechanical loading in vitro, cells were exposed to FSS by placing 6-well culture dishes (35 mm diameter) on a horizontal rotating platform with rotating radius of 9 mm fixed inside the culture incubator and rotated at 120 rpm [14].
Five points of intersection of systematic randomly rotated radii with the nuclear and cell border were marked.
The observer first clicked on the nucleolus and then at the five points within the focal plane where five systematic randomly rotated radii intersected with the cell border.
That movement depends upon the possession of both a small disk in the wrist joint and an arrangement of the muscles such that they can rotate the radius to and fro.
Regarding the rotating transmitter, the radius of rotation is 0.12 m, the rate of rotation is 45 RPM ( rad/s), and the direction of rotation is given to be counterclockwise.
This result can be rearranged to a local edge correction for a single semi-infinite cylinder by radius R rotating with a speed Ω in an infinite coaxial cylindrical vessel by radius R + h = R(1 + κ), filled with a Newtonian liquid of kinematic viscosity υ = 1/: (3).
