In order to improve the performance of DDPM, the relationship between pressure-sampling tube's natural frequency and its geometrical parameters was derived by theoretical modeling, and the influences of different pressure-sampling positions, pressure-sampling tubes, duct diameters and bluff body shapes on the performance of DDPM-based vortex flowmeter were compared and discussed experimentally.
The touch panel may sense position, pressure or other characteristics of touch.
At each position, pressure readings were recorded and structures being compressed observed visually.
The dependence of the ion current density and ion energy and angle distribution function at the substrate surface vs. the radial position, pressure and microwave power were discussed.
However, newborns that received intermittent position pressure inflations were included.
In the supine position, pressure transducers were placed under the shoulders, the lumbar spine, and the sacrum.
It was moved around the curve of the inferior acetabulum, and, once in position, pressure was applied in order to improve visualisation by retracting the inferior soft tissues.
In squatting position pressure increases in the abdomen and defecation is easy and completely occurs.
In short, a member of the minority (be it due to gender, race, or another factor) in the workplace may feel undue pressure to over-perform in order to feel worthy of their position, pressures that a white, male individual of the same experience and age may not feel.
In these experiments, the mass flow rates are examined under different pintle positions, upstream pressures, downstream pressures and dynamic motions of the pintle.
At positions where pressure measurements are not available, a proper orthogonal decomposition (POD) method is introduced to interpolate external wind pressures.
