Flow to velocity calculator

    • [DOC File]Determining the Average Velocity of a Stream

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      Now use the calculator tool and determine the stream's average velocity from these 9 velocity values. Average = m/sec. The 6 tenths rule. That's right. The average velocity for this hypothetical stream is 0.29 m/sec. (Your value may have been slightly different.) This value is for a very rapidly flowing stream.

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    • Articulate Word Output

      The velocity of the flow is needed to help determine the size of the rock for the apron. The rock needs to be able to withstand the shear forces and/or the velocity of the flow exiting the pipe. This information will be compared to the full flow capacity to help calculate an exit velocity for the flow.

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    • [DOC File]Air Flow, Air Systems, Pressure, and Fan Performance

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      Velocity Pressure = Pv1 = (V/4005)2 = (1600/4005) 2 = 0.16” Loss Calculations. Component Losses. Hood Loss Phood1 = -0.688” Look up from manufacturer hood static pressure curves. Here is a link to the Hood Static Pressure Calculator. Frictional Losses. Use the Friction Chart to look up the pressure loss per 100 ft of duct.

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    • [DOC File]GPM/GPH Flow based on PVC Pipe Size

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      It does not give flow velocity, so there is some question as to the applicability of the data. The data comes from a book for industrial piping and probably assumes a massive pump, high flow velocities and metallic pipes. (Ie, where water hammer and noise are less of a concern than with PVC pipe.) As always, "you mileage may vary."

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    • [DOC File]OCMPRO CF - NIVUS

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      Flow calculator for detection and storage of . flow rates calculated from flow velocity and . water level. Detection of spatially allocated flow velocity profiles. using the correlation method and digital . pattern detection. Connecting options and calculation functions for . up to 3 sensors to detect the accurate distribution of . flow ...

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    • [DOC File]Bobula - ABOUT

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      2.2 x 0.8* = 1.76 ft/sec avg. velocity * - Indicates a constant for this equation. Step 3: To determine flow volume, multiply the total area (from Step 1) by the average velocity given in ft/sec (from Step 2). Flow Volume example: Total Area x Flow Velocity = Flow Volume. 15 ft2 x 1.76 ft/sec = 26.4 ft3/sec

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    • [DOC File]Calculations for Penetration Model - Rathcoombe

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      Hydrodynamic flow conditions cease at this velocity threshold, when the penetration velocity equals the velocity of the rear portion of the projectile. Note that the following relation is only valid where the strength of the projectile is greater than that of the target. vHT = [ 2 (σp – σt ) / ρT ]1/2 where, σp is projectile yield ...

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    • [DOC File]SURFACE DRAINAGE: SLOPE AND VELOCITY OF OVERLAND …

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      _____3. flow of water based in feet/second _____4. Force that prevents the flow of water over a surface. Part Two: Fill-in-the-Blank. Instructions: Complete the following statements with increase or decrease. 1. As slope increases velocity of water in an open channel will _____. 2. As friction in the channel increases velocity will _____.

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    • [DOC File]Natural Gas Pipeline Flow Calculations

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      hL = frictional head loss due to flow at an ave. velocity, V, through a pipe of diameter, D, and length, L, ft (ft-lb/lb) (m or N-m/N for S.I. units). g = acceleration due to gravity = 32.2 ft/sec2 (9.81 m/s2) f = Moody friction factor (a dimensionless empirical factor that is a function of Reynolds Number and /D, where:

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    • [DOC File]Determining Port Velocity - EFI Dyno Tuning LC

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      Since we measure flow in cubic feet per minute, we use the first formula and divide by the cubic feet of cross section area: If we have an average cross section of 2.1 square inches: Volume = Velocity (21,190 fpm) x Area (2.1 sqin x 1 sqft/144 sqin - converts sqin to sqft) = 309 cfm @ 28”

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