No, if the pressure difference results in a density change of less than thirty percent (30%) the fluid may be treated as incompressible by assuming the density of the fluid equals the average density and that the density is constant.
Source: Chemical Engineering Fluid Mechanics, Ron Darby, 2nd edition, page 115.
The relationship between radius and fluid flow rate is inversely proportional. As radius goes down, fluid flow rate goes up. The highest fluid flow rate will be at the lowest radius.
Measuring flow of a fluid based on Bernoulli's principle.
No, resistance to flow is viscosity.
The flow rate of a fliud or liquid could be increased (depending on the situation) by increasing the amount of the fluid, then channelising this fluid into a narrow channel.
It would be a fluid.
No, for gases if the difference in pressure results in a density change of less than approximately thirty percent (30%), the fluid may be treated as incompressible by assuming the density to be the average density which remains constant. Source: Chemical Engineering Fluid Mechanics, Ron Darby, 2nd edition, page 115.
P. R. Garabedian has written: 'Axially symmetric cavitational flow' 'On subsonic flow of a compressible fluid'
Ascher H. Shapiro has written: 'The dynamics and thermodynamics of compressible fluid flow' -- subject(s): Fluid dynamics, Thermodynamics 'The aerothermopressor'
They are fluid (can flow into and takes the shape of any container), compressible (volume can decrease without change in mass), and have no fixed shape.
Compressible fluid force opposes lift. Lift is the upward force due to the fluid flow around an airplane wing. Weight is a downward force caused by gravity which opposes lift.
Soo-Yong Cho has written: 'Three dimensional compressible turbulent flow computations for a diffusing S-duct with/without vortex generators' -- subject(s): Computational fluid dynamics, Turbulent flow, Inlet flow, Subsonic flow, Viscous flow, Vortices, Duct geometry, Three dimensional flow, Finite volume method, Navier-Stokes equation, Engine inlets, Compressible flow, Vortex generators
Shih-i Pai has written: 'Fluid dynamics of jets' -- subject(s): Fluid dynamics, Jets 'Radiation gas dynamics' 'Introduction to the theory of compressible flow' -- subject(s): Compressibility 'Modern fluid mechanics' -- subject(s): Fluid mechanics
pressure gradient
Which word do you not understand? incompressible - cannot be compressed viscous - resistant to flow, "thick" fluid - substance that flows (both gases and liquids are fluids, but gases are usually compressible; liquids generally aren't)
What kind of fluid, liquid or gas? Gases are compressible, liquids pretty much are not. (And yes, both gases and liquids are fluids; the word "fluid" comes from the same root word that gives us "flow," which both gases and liquids are capable of doing.)
John A. C. Kentfield has written: 'Nonsteady, one-dimensional, internal, compressible flows' -- subject(s): Unsteady flow (Fluid dynamics)
Wafik A. Kamal has written: 'Inlet flow structure effects in compressible conical diffuser flow'