Parameters such as withdrawal velocity, applied voltage and frequency, and CNT concentration are important factors in determining the electrode diameter.
The representation of lateral transport has clearly been improved compared to the constant flow velocity applied in older model versions.
Exploration of universal features lying in wearless friction in mesoscopic systems revealed unique dependence of the frictional force on sliding velocity, applied load, and mean temperature.
The effect of B4C volume fraction, sliding velocity, applied load and sliding distance on reciprocal dry wear behaviour of composites was studied using general full factorial experimental design.
In this case, the resultant droplet size was proportional to the channel size and was not sensitive to the dispersed-phase velocity applied.
We calculate the median electron distribution, as a function of parallel and perpendicular velocity (applying all the corrections described in Section 2.1), in three different reference frames, and display the results in Fig. 1.
Reciprocating wear process parameters are optimized for minimum weight loss and friction based on mixed L16 Taguchi orthogonal design with three process parameters, sliding velocity, applied load and oil type.
Manual measurement of spastic ankle joint stiffness has historically been conducted using hand-held dynamometers or alternative devices, but some difficulties have been reported in controlling the velocity applied to the ankle during the measurement.
For the rms approximation, the difference comes from the velocities that are applied to perform step 1 with (5) and step 2 with (6): in principle, both of these velocities should be equal to the rms velocity observed at the zero-offset time, whereas in practice the velocity applied for the first step is the rms velocity observed at a higher zero-offset time given by.
We use an analytical model recently obtained by the authors from the asymptotic analysis of a coupled flow-cylinder system, and assess the ability of a control velocity applied at the cylinder wall to optimize the magnitude of dissipated energy at disposal to be harvested.
