HydroWiz Pipe Flow Hydraulics
HydroWiz Pipe Flow Hydraulics is made and published by Antonio "Tony" Renzullo. AppBrain is an independent app data site and isn't affiliated with Antonio "Tony" Renzullo. The app name, icon, screenshots and description belong to Antonio "Tony" Renzullo and are shown as published on Google Play.
AppBrain's verdict
Established- Total installs
- 31 thousand
- Rating on Google Play
- 3.75
- 100 ratings
- Last updated
- September 30, 2026
HydroWiz Pipe Flow Hydraulics has 31 thousand installs. Users are divided: 3.8 stars from 100 ratings.
Installs
Tracked by AppBrain- Last 30 days
- 84
- Play install range
- 10+ thousand
- Launched
- July 2018
Installs over time
HydroWiz Pipe Flow Hydraulics has been installed 31 thousand times. Over the past 30 days, it has been installed 84 times.
Rankings
Google Play top chartsGoogle Play Rankings for HydroWiz Pipe Flow Hydraulics
Competitors
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Releases
Updates seen on Google Play- Version
- 3.4
- Launched
- July 2018
User feedback
Ratings and reviews on Google PlayGoogle Play Rating history and histogram
Comments on HydroWiz Pipe Flow Hydraulics for Android
Technology
Found in the app by AppBrain- Ads
- No ads
- Price
- Free
- Libraries
- 10
- App size
- 3.05 MB
- Content rating
- Everyone
Technologies used by HydroWiz Pipe Flow Hydraulics
About the app and developer
About HydroWiz Pipe Flow Hydraulics
HydroWiz Pipe Flow Hydraulics is a tools app developed by Antonio "Tony" Renzullo.
Install Statistics
HydroWiz Pipe Flow Hydraulics has been installed 31 thousand times. In the last 30 days, the app was installed 84 times.
User Ratings
HydroWiz Pipe Flow Hydraulics is rated 3.75 out of 5 stars. The rating is based on 100 ratings.
App Information
HydroWiz Pipe Flow Hydraulics is freely available from Google Play. The app size is 3.05 MB. The latest version available is 3.4. The last update was on September 30, 2026.
Technical Requirements
The app has a content rating of Everyone. The app has been available on Google Play since July 2018.
App Performance Report
Get a detailed PDF report for HydroWiz Pipe Flow Hydraulics with download trends, rating history, and key performance statistics — useful for competitive research or tracking your own app. Learn more
Get PDF Report — $29Developer information for Antonio "Tony" Renzullo
Store listing
By Antonio "Tony" Renzullo, from Google Play“Calculates - Pressure Loss/Flow/Diameter/Length and other pipe hydraulic data.”
Description by Antonio "Tony" Renzullo Written by the developer, not by AppBrain. Click to read.
NOTE - HydroWiz Lite is intended mainly for evaluation purposes. System options 2, 3 and 4 below are not available in this version. Download HydroWiz Pro to have all the features available.
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
1. Preferred units of measurement in both SI/Metric and US/Imperial units.
2. Pipe roughness coefficients from a range of pipe materials.
3. Resistance coefficients from commonly used pipe fittings and valves.
4. Fluid properties from a range of fluids including fresh water and sea water at different temperatures.
NOTE - Options 2, 3 and 4 above are only available in HydroWiz Pro.
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.
Recent changes:
Upgraded for Android 16 (API 36) compatibility