WitrynaThe expansion factor takes into account the compressibility of the fluid. Orifice plates (9.3) Nozzles, Venturi nozzles, Venturi tubes (9.4) Top of Page Symbols Discharge Coefficient and Flow Coefficient The discharge coefficient is defined for an incompressible fluid flow and relates actual vs. theoretical flowrate. Orifice plates (9.5) WitrynaY1 Gas expansion factor (for gases) In an orifice, the flow is through a smaller bore dia of the orifice and expanding to a higher dia, on the downstream. Such a stream of …
Orifice Plate - Flow of Gases Through An Orifice - Calculation of ...
WitrynaThe expansion factor, which allows for the change in the density of an ideal gas as it expands isentropically, is given by: For values of less than 0.25, approaches 0 and … WitrynaSummary. This article provides calculation methods for correlating design, flow rate and pressure loss as a fluid passes through a nozzle or orifice. Nozzles and orifices are often used to deliberately reduce … b \u0026 g atherstone
Expansion factor Y - Big Chemical Encyclopedia
Witryna1 sty 1971 · Orifice plates are simple, cheap, and available in a wide range of sizes. In consequence, they account for almost 50% of the instruments used in industry for … Witrynaorifice meter. In particular orifice plates, plate holders, sensing taps, meter tubes and flow conditioners are discussed. The fundamental equation, as presented in Part 1, is not restricted to a specific fluid or system of units. Part 3 provides a guide for forcing the equation to compute volumes assuming the fluid is natural gas WitrynaA gas expansion factor (Y ) may be calculated for any flow element by comparing its discharge coefficient for gases against its discharge coefficient for liquids. ... The orifice plate is an “integral” unit immediately below the transmitter body, sandwiched between two flange plates on the copper line. A three-valve manifold interfaces the ... explaine induction stage of atkins diet