pressure distribution in English

division of pressure throughout an area

Use "pressure distribution" in a sentence

1. Low-pressure distribution block in a coolant-lubricant supply device

2. Using Reynolds equation to derivate the formula for calculating bearing pressure distribution, then calculate pressure distribution of main bearing shell of tube mill on the basis of this formula.

3. Key words: pressure distribution, free surface flow, analytical model, chute spillway, aerator ramp, potential flow.

4. A user - defined pore pressure distribution cannot be used to interpolate pore pressures in other clusters.

5. Pressure distribution on a Biconvex airfoil in supersonic ow May 12, 2015 1 Summary The aim of the laboratory experiment is to determine the pressure distribution on a symmet-rical Biconvex 2-D airfoil made of two circular arcs

6. Alternative distribution methods such as a trucked system or small-diameter low-pressure distribution system should be considered.

7. For the certain drum brake, the contact pressure distribution between brake pad and the drum was simulated by using software ANSYS.

8. The airfoil structure can be passively pitched relative to the internal support structure according to aerodynamic pressure distribution at different blade locations.

9. The net effect on the pressure distribution is maximum pressure amplitude at points of maximum compression and minimum pressure at points of maximum rarefaction.

10. Airfoil Design Methods The process of Airfoil design proceeds from a knowledge of the boundary layer properties and the relation between geometry and pressure distribution

11. To this effect, a method is developed for measuring the nonstationary pressure distribution in the upstream zone of aerodynamic proximity with the aid of a special sounding equipment.

12. NXT cushions and Backrests: The support you need NXT cushions are designed for optimal pressure distribution, in addition to offering a comfortable alternative that is easy to clean

13. The aerofoil-pressure distribution of the blades and vanes as well as the flow at the exit of the bladerow is compared in the experimentally and numerically obtained results.

14. In this study the influence of sheet pile wall geometry, type of water pressure distribution, and different methods of analysis on the maximum bending moment and achor rod force are presented.

15. A perturbation solution is given for the special case of aNewtonian liquid with pressure and temperature dependent viscosity and expressions for the velocity components, pressure distribution and flow rate are obtained for both isothermal and adiabatic wall conditions.

16. An analytical solution is developed to determine the active lateral earth pressure distribution on a retaining structure when it consists of a cohesive backfill (internal friction angle f > 0, cohesion c > 0) with an inclined ground surface.

17. Soil Arching action develops in two stages: The first involves rotation of the principal stresses adjacent to a rough wall and causes horizontal wall pressures to significantly exceed those from classical theory simulating a K o pressure distribution even in loose backfill soil.

18. Bubble Cavitation (Figure 9.9 (b)), is primarily influenced by those components of the pressure distribution which cause high suction pressures in the mid-chord region of the blade sections.Thus the combination of camber line and section thickness pressure distributions identified in Figure 7.18 have a considerable influence on the susceptibility of a propeller towards bubble Cavitation.