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HydroWiz Pipe Flow Hydraulics 3.3

3.7 MB / 5+ Downloads / Rating 4.6 - 20 reviews


See previous versions

HydroWiz Pipe Flow Hydraulics, developed and published by Tony Renzullo, has released its latest version, 3.3, on 2023-11-13. This app falls under the Tools category on the Google Play Store and has achieved over 500 installs. It currently holds an overall rating of 4.6, based on 20 reviews.

HydroWiz Pipe Flow Hydraulics APK available on this page is compatible with all Android devices that meet the required specifications (Android 2.3+). It can also be installed on PC and Mac using an Android emulator such as Bluestacks, LDPlayer, and others.

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App Screenshot

App Screenshot

App Details

Package name: com.hotmail.renzullo.antonio.hydrowizhqdl

Updated: 1 year ago

Developer Name: Tony Renzullo

Category: Tools

New features: Show more

Installation Instructions

This article outlines two straightforward methods for installing HydroWiz Pipe Flow Hydraulics on PC Windows and Mac.

Using BlueStacks

  1. Download the APK/XAPK file from this page.
  2. Install BlueStacks by visiting http://bluestacks.com.
  3. Open the APK/XAPK file by double-clicking it. This action will launch BlueStacks and begin the application's installation. If the APK file does not automatically open with BlueStacks, right-click on it and select 'Open with...', then navigate to BlueStacks. Alternatively, you can drag-and-drop the APK file onto the BlueStacks home screen.
  4. Wait a few seconds for the installation to complete. Once done, the installed app will appear on the BlueStacks home screen. Click its icon to start using the application.

Using LDPlayer

  1. Download and install LDPlayer from https://www.ldplayer.net.
  2. Drag the APK/XAPK file directly into LDPlayer.

If you have any questions, please don't hesitate to contact us.

App Rating

4.6
Total 20 reviews

Reviews

4 ★, on 2020-09-03
In simple, if I put input data as pump flow, head, pipe dia, length, height, fittings loss..as in out data I want to find out actual flow at outlet of pipe. Hope you understand my actual requirement at site.

4 ★, on 2020-06-26
Suggest to add features to let user set the flow velocity and calculate others parameter.

4 ★, on 2019-01-05
need to be able to sub psi for head

Previous Versions

HydroWiz Pipe Flow Hydraulics 3.3
2023-11-13 / 3.7 MB / Android 2.3+

About this app

HydroWiz was designed to be a versatile tool to help engineers find solutions to common pipe flow hydraulics problems allowing them to perform quick "what if?" calculations easily. It would also be useful to anyone working on simple water transfer projects involving pipes. The app solves the Darcy-Weisbach equation, the Colebrook-White equation and Bernoulli's equation to perform a range of hydraulic calculations on a single length of pipe between two known points.

MAIN CALCULATIONS
• ΔP Pressure Loss - calculates the pressure loss between P1 and P2.
• Q Flow Rate - calculates the volumetric flow rate in the pipe.
• D Internal Diameter - calculates the internal diameter of the pipe.
• L Pipe Length - calculates the pipe length for the given conditions.

OTHER CALCULATION RESULTS
• Elevation head.
• Head loss.
• Hydraulic head.
• Friction loss.
• Fittings loss.
• Velocity head.
• Flow velocity.
• Mass flow.
• Flow type.
• Reynolds number.
• Friction factor.

INPUT REQUIREMENTS
• ΔP Pressure Loss - Elevation Change, Flow Rate, Internal Diameter and Pipe Length.
• Q Flow Rate - Elevation Change, Pressure Loss, Internal Diameter and Pipe Length.
• D Internal Diameter - Elevation Change, Pressure Loss, Flow Rate and Pipe Length.
• L Pipe Length - Elevation Change, Pressure Loss, Flow Rate and Internal Diameter.

SYSTEM AND UNIT OPTIONS
• Preferred units of measurement in both SI/Metric and US/Imperial units.
• Pipe roughness coefficients from a range of pipe materials.
• Resistance coefficients from commonly used pipe fittings and valves.
• Fluid properties from a range of fluids including fresh water and sea water at different temperatures.

NOTE ON CRITICAL FLOW ZONE (2300 < Re < 4000)
It is well recognized that the flow within this narrow zone is unpredictable, unstable and not fully understood. The best practice is to design within the laminar flow or turbulent flow zones to avoid potential problems and uncertainty. Any calculation falling within this zone will be issued with a warning. The calculated results are interpolations and difficult to predict with accuracy due to both friction factor and flow instability.

New features

Bug fix