About Daniel orifice flow calculator
29 Mar 2024 Tags: Mechanical Engineering Fluid Mechanics Fluid Mechanics Orifice Calculations Popularity: ⭐⭐⭐Orifice Flow Rate CalculationThis calculator provides the calculation of flow rate through an orifice for fluid dynamics applications.ExplanationCalculation Example: The orifice flow rate equation is used to calculate the flow rate of a fluid through an orifice. It is given by the formula Q = (? * D^2 * ?(2 * g * h)) / 4, where Q is the flow rate, D is the diameter of the orifice, g is the acceleration due to gravity, and h is the height of the liquid above the orifice.Q: What is the significance of the orifice flow rate equation in fluid dynamics?A: The orifice flow rate equation is a fundamental equation in fluid dynamics as it provides a means to calculate the flow rate of a fluid through an orifice. This information is crucial for designing and optimizing fluid systems.Q: How does the orifice flow rate equation affect the design of fluid systems?A: The orifice flow rate equation plays a critical role in the design of fluid systems by providing engineers with the information necessary to determine the appropriate size and configuration of orifices to achieve the desired flow rate.Variables| —— | —- | —- | g Acceleration Due to Gravity m/s^2 Calculation ExpressionFlow Rate Function: The flow rate through the orifice is given by Q = (? * D^2 * ?(2 * g * h)) / 4(? * D^2 * ?(2 * g * h)) / 4Calculated valuesConsidering these as variable values: D=10.0, g=9.81, h=0.5, the calculated value(s) are given in table below| —— | —- |Similar Calculators orifice calculation calculation for Calculations Orifice design calculation orifice design calculator calculation for Calculations orifice flow calculation calculation for Calculations Orifice flow calculation Orifice Flow calculation orifice meter formula calculation orifice meter formula calculation for Calculations orifice sizing calculation calculation for Calculations orifice flow equation calculation for Calculations Explore Fluid dynamics Hydraulics Orifice flow Calculator Apps Gear Design in 3D & Learning Matching 3D parts for orifice calculation calculation Barrel Nipple (IS 1239) Elbows (Side Outlet, Equal, IS 1239) Tee (Equal, IS 1239) Angle Tee, Male, Equal (IS 1239) Socket (Reducing, IS 1239) App in actionThe video below shows the app in action.
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Look through our Flow Controls to find the right fit for you.How to use the Orifice Flow CalculatorThis Air flow calculator is based on the flow through an orifice in a common application where an orifice restrictor is supplied via a regulated pressure supply and vents to atmosphere. The Upstream pressure (PU) is gauge pressure that is set in the system. The downstream pressure (PD) is set to absolute pressure and used for the pressure differential and mass flow rate calculations.Users will typically select an upstream gauge pressure and orifice size to determine the flow rate. Other orifice restrictor applications may require users to overwrite values in the calculator such as PD, but pay attention to the units specified.*Results of this calculator will produce nominal values. Real world values may vary per application. If you are designing a product, we recommend using Air Logic’s Free Sample Program to test in your application. How to Calculate Volume Flow rateThis orifice flow calculator uses the following equation to calculate the volumetric flow rate:NFPA flow coefficient for Fahrenheit and Psi (pressure per square inch) is used to calculate CFM (cubic feet per minute). Other units are available in the calculator and are converted outside of this base equation.Definition of terms:Q = Air Flow in CFMΔP = Pressure Drop across orificePD = Pressure DownstreamG = Specific Gravity of the gas/air (Air = 1)TU = Upstream TemperatureCv = Flow Coefficient How to Calculate Mass Flow RateBy using a STP (standard temperature and pressure (PD)) in this calculator, a small “s” will appear in front of the flow units. The “s” stands for “standard” and indicates the output (in volumetric flow rate) may be used to calculate the mass flow rate.To calculate the mass flow rate, multiply the density of the gas (at matching STP conditions) by the volumetric flow rate.
