Sentence examples for maximum hydrodynamic damping from inspiring English sources

The comparisons between maximum hydrodynamic damping cased by various baffle configurations (upper and lower mounted vertical arrangements, as well as horizontal arrangements) are made and the validity of extended analytical models is discussed.

We apply this hydrodynamic damping method to microfluidic droplet generation.

Furthermore, the influence of the hydrodynamic damping is also simplified into a linear form or neglected.

We design the controller under the assumptions that the mass and damping matrices are not diagonal and that hydrodynamic damping terms are unknown.

For these reasons, the influence of the nonlinear hydrodynamic damping on the tracking precision is considered in this paper.

The implied hydrodynamic damping, however, plays a major part in limiting resonant responses.

(B G) The fluorescence micrographs represent the PCR products conveyed in the chip at 2 bar and 160 V, i.e. maximum hydrodynamic and electric fields of ~5.7 cm s−1 and 1.9 MV m−1, respectively, and enriched during 30 s.

(A) The fluorescence micrograph of the GM14044 PCR products conveyed in the chip at 1 bar and 66 V, i.e. maximum hydrodynamic and electric fields of ~1.2 cm s−1 and 5.5 MV m−1, respectively, and enriched during 30 s.

We find that increasing the frequency and amplitude of the vibration elicits vortex shedding and convection phenomena which are, in turn, responsible for nonlinear hydrodynamic damping.

Whereas in the case of dynamic controller, the model parameters perturbations, unknown external environmental disturbances and the nonlinear hydrodynamic damping terms are treated as lumped uncertainties.

Although a significant reduction is not expected, hydrodynamic damping may reduce with increasing physical scale, and this remains to be quantified.