Steam IF97

How to Delete Steam IF97. save (14.59 MB)

Published by Fluidika Techlabs

We have made it super easy to delete Steam IF97 account and/or app.

Guide to Delete Steam IF97 👇

Things to note before removing Steam IF97:

  1. The developer of Steam IF97 is Fluidika Techlabs and all inquiries must go to them.
  2. The GDPR gives EU and UK residents a "right to erasure" meaning that you can request app developers like Fluidika Techlabs to delete all your data it holds. Fluidika Techlabs must comply within 1 month.
  3. The CCPA lets American residents request that Fluidika Techlabs deletes your data or risk incurring a fine (upto $7,500 dollars).


     

↪️ Steps to delete Steam IF97 account:

1: Visit the Steam IF97 website directly Here →

2:   Contact Steam IF97 Support/ Customer Service:

  1. 54.55% Contact Match


Deleting from Smartphone 📱


Delete on iPhone:


  1. On your homescreen, Tap and hold Steam IF97 until it starts shaking.
  2. Once it starts to shake, you'll see an X Mark at the top of the app icon.
  3. Click on that X to delete the Steam IF97 app.

Delete on Android:


  1. Open your GooglePlay app and goto the menu.
  2. Click "My Apps and Games" » then "Installed".
  3. Choose Steam IF97, » then click "Uninstall".

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🎌 About Steam IF97


1. -For each combination of input thermodynamic properties, it calculates and provides the user with information about the appropriate input values in the valid range of calculations.

2. -Performs all the calculations implementing the latest mathematical formulations from the IAPWS (International Association for the Properties of Water and Steam), IAPWS-IF97 Industrial formulation (Revision 2007).

3. Steam IF97 performs calculations of thermodynamic and transport properties of steam based on the latest IAPWS IF-97 formulation.

4. Given a combination of two input thermodynamic variables, it calculates 20 thermodynamic and transport properties of steam.

5. -Calculations are possible on the full valid region of the IAPWS-IF97 (General Properties) or the two-phase region including saturation states for liquid and vapor (Two-phase Properties).

6. -Supports input parameters and calculation results in both SI (metric) and I-P (English) system of units.

7. The results obtained are suitable for engineering, scientific, academic or industrial use.

8. -Results can be sent by email in an HTML file along with a comma-separated value (CSV) file.



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