Sentence examples for deflection frequency from inspiring English sources

Different field signal types, deflector plate voltages and deflection frequency ranges have been investigated.

The best alignment was observed in a low deflection frequency range from 2 to 10 Hz.

For this objective dimples are assessed and values for out-of-plane deflection, frequency response and vibrational modes, failure modes as well as power consumption values are presented.

Shaft design involves consideration of the layout of features and components to be mounted on the shaft, specific dimensions and allowable tolerances, materials, deflection, frequency response, life, and manufacturing constraints.

We find that directional selectivity during stimulation with random deflection sequences is strongly dependent on the mean deflection frequency: Selectivity is weakened at high frequencies even when each individual deflection evokes strong directional tuning.

There exists a range of input deflection frequencies for which the output force of the mechanism is nearer to constant-force than it is with static input deflections.

The experimental deflections, frequencies, and mode shapes exhibit excellent agreement with the analytical solutions.

Constraints based on ultimate stresses, fatigue damage, blade deflection, resonant frequency, and rotor thrust are considered.

Maps representing structural responses, in particular buckling vs. deflection and frequency vs. deflection, are generated to gain insight into the design of a variable stiffness laminate plate with defects.

This paper studies the static deflection, natural frequency and the quality factor of structural damping in the microactuators made from single wall carbon nanotubes reinforced polymers.

This is a minimization problem which contain three main variables are coil diameter (CD), wire diameter (WD), and the number of active coils (NAC) under some restrictions such as minimum deflection, surge frequency, and shear stress.