Tubular2T is made and published by Ardian Fauzy. AppBrain is an independent app data site and isn't affiliated with Ardian Fauzy. The app name, icon, screenshots and description belong to Ardian Fauzy and are shown as published on the App Store.
AppBrain's verdict
- Last updated
- May 3, 2024
Competitors
Similar apps and more from Ardian FauzyMore from Ardian Fauzy
Releases
Updates seen on the App Store- Version
- 1.8
- Launched
- January 2017
No changelog data
User feedback
Ratings and reviews on the App StoreComments on Tubular2T for iOS
We don't have enough comments to show example comments. Please check back later.
Technology
Found in the app by AppBrain- Price
- Free
- App size
- 1.79 MB
- Content rating
- Everyone
Technologies used by Tubular2T
About the app and developer
About Tubular2T
Tubular2T was an utilities app developed by Ardian Fauzy. It was removed from the App Store Sep 28, 2025.
User Ratings
The app had no ratings.
App Information
Tubular2T was free. The app size was 1.79 MB. The last available version was 1.8. The last update was on May 3, 2024.
Technical Requirements
The app had a content rating of Everyone. The app had been available on the App Store since January 2017.
Developer information for Ardian Fauzy
Address:
Store listing
By Ardian Fauzy, from the App StoreSimilar apps
Description by Ardian Fauzy Written by the developer, not by AppBrain. Click to read.
API-RP2A-WSD 22nd edition 2014 is used for the design.
This program consider elastic and inelastic local bucking stress for D/t ratio larger than 60.
User could customise section’s size and design parameter, the program have function to compile the Calculation Report and send it through email. Format of the Report is suitable for standard miscellaneous structure design calculation.
Two available option of design unit : kN-m or kips-ft, geometry size use millimetre or inch.
This program could be used for section’s properties calculator that include calculation of torsion constant “J”, or weight calculator to estimate tube’s weight per length.
This program could be used for feasibility study of diagonal brace strengthening at offshore platform, which the brace could not be replaced but can be strengthened.