Prihoda1.2
Publisher Description
The application is used for calculating air velocities in fabric ducting and diffusers. Upon entering a given airflow, the velocity for the given size is displayed. Upon changing the size, we get the velocity for the given airflow. Values can be entered by moving the ruler or by typing particular values.
The color of the speed scale signalizes suitability of the calculated velocity. Red means an unacceptable, orange risky and green suitable velocity. Blue signalizes excessively dimensioned.
You can modify the cross section by clicking on the cross section picture. By clicking on the units, their offer is analogously displayed.
The calculations are exact and rounded to the values used in real life. Nevertheless, the speed evaluation is only informative.
For more information, please visit www.prihoda.com.
Version History In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow. 1.2 09/30/2017 Fixed bug with crashing app after writing letters to text field and with keyboard covering the textfields. 1.1 09/03/2016 1.0 09/01/2016
About Prihoda
The company that develops Prihoda is iPhoneRequires iOS 8.0 or later.. The latest version released by its developer is 1.2.
To install Prihoda on your iOS device, just click the green Continue To App button above to start the installation process. The app is listed on our website since 2026-10-03 and was downloaded 28 times. We have already checked if the download link is safe, however for your own protection we recommend that you scan the downloaded app with your antivirus. Your antivirus may detect the Prihoda as malware if the download link is broken.
How to install Prihoda on your iOS device:
- Click on the Continue To App button on our website. This will redirect you to the App Store.
- Once the Prihoda is shown in the iTunes listing of your iOS device, you can start its download and installation. Tap on the GET button to the right of the app to start downloading it.
- If you are not logged-in the iOS appstore app, you'll be prompted for your your Apple ID and/or password.
- After Prihoda is downloaded, you'll see an INSTALL button to the right. Tap on it to start the actual installation of the iOS app.
- Once installation is finished you can tap on the OPEN button to start it. Its icon will also be added to your device home screen.
Program Details
System requirements
Download information
Pricing
Version History
version 1.2
posted on 2026-10-03
Version History In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow. 1.2 09/30/2017 Fixed bug with crashing app after writing letters to text field and with keyboard covering the textfields. 1.1 09/03/2016 1.0 09/01/2016
version 1.2
posted on 2026-09-04
Version History This app has been updated by Apple to prepare for watchOS 27 compatibility. No new features are included.
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow. 1.2 09/30/2017 Fixed bug with crashing app after writing letters to text field and with keyboard covering the textfields. 1.1 09/03/2016 1.0 09/01/2016
version 1.2
posted on 2026-08-23
Version History This update from Apple will improve the functionality of this app. No new features are included.
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow. 1.2 09/30/2017 Fixed bug with crashing app after writing letters to text field and with keyboard covering the textfields. 1.1 09/03/2016 1.0 09/01/2016
version 1.2
posted on 2017-09-30
30 Sep 2017 Version 1.2
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow.
version 1.2
posted on 2017-09-30
Sep 30, 2017 Version 1.2
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow.
version 1.2
posted on 2017-09-30
Sep 30, 2017 Version 1.2
This app has been updated by Apple to use the latest Apple signing certificate.
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow.
version 1.2
posted on 2017-09-30
Sep 30, 2017 Version 1.2
This app has been updated by Apple to display the Apple Watch app icon.
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow.
version 1.2
posted on 2017-09-30
This app has been updated by Apple to display the Apple Watch app icon.
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow.
version 1.1
posted on 2016-09-11
version 1.2
posted on 1970-01-01
2017年9月30日 Version 1.2
This app has been updated by Apple to use the latest Apple signing certificate.
In order to correctly design the air distribution, it is necessary to know the reach of flows from perforation. These values are determined by entering the static pressure in the duct along with its length and selecting the cross section angle that will be filled by the perforation. The axial flowing speed in the selected distance from the duct is shown on the scale. Alternatively, you can find the distance at which the speed has a certain value. The next screen will show you an illustration of the distribution of speed zones of the whole air flow.
