1. Home
  2. 🔧 Utilities
  3. Resonance
Resonance - Vibration Analysis

Resonance - Vibration Analysis

Measure and analyze vibrations

0 ratings
1 review
🔧 Utilities

Archived App (Last seen on 7 Apr 2025)

This is an archived listing of the app previously available on the App Store.

Although the app is no longer distributed by Apple, you can still view its description, screenshots, version history, ratings, and metadata for reference.

Details

  • Released
  • Updated
  • October 21, 2021
  • October 23, 2021

Features

Developer

Benjamin Probett
✨Promote your app ✨
Resonance - Vibration Analysis screenshot #1 for iPhone
Resonance - Vibration Analysis screenshot #2 for iPhone
iphone
ipad
⭐1
Reviews↘︎
🔄6+ apps
Alternatives↘︎
❓8 answered
FAQ↘︎
📦w/o updates
Updates frequency↘︎
🖼️Get Icon
Icons↘︎

About

This app uses your phone's accelerometer to measure and analyze vibrations. It helps diagnose issues with floor vibrations, check machinery resonance, and estimate damping. Results can be recorded and saved for design and validation purposes.

✓Collect vibration data from accelerometer
✓Fast Fourier Transformation analysis
✓Check suspended floor serviceability
✓Measure cantilever structure periods
✓Diagnose floor vibration issues
✓Check machinery resonance
✓Estimate damping and displacement
✓Record and save results
Show original description

What's New in Resonance

1.6.3

October 23, 2021

Bugs fixes and improvements

User reviews

Most RecentHighest RatedLowest Rated

Good app but tweaks required

Although mentioned in instructions, there seems to be no way on iPhone 12 version to set a delay or set high pass filter (described as low-pass in instructions) in order to remove the effect of gravity. It would be handy to see the amplitude scale on the graphs and to set a logarithmic unit (preferably dB). A little control over windowing would help remove the effects of actually tapping “start”. Otherwise a reasonable replacement for a much missed app in iPhone 6.
Show more
girdlestongirdleston

Developer apps

Resonance
Resonance

Vibration Analysis

🔧 Utilities
Free
In-App Purchases
See developer apps

FAQ

What can Resonance - Vibration Analysis be used for?

Resonance - Vibration Analysis can collect vibration data from your phone's accelerometer to perform frequency analysis. It's useful for checking suspended floor serviceability, diagnosing floor vibrations, and checking resonance on machinery.

How accurate is Resonance - Vibration Analysis?

The app uses Fast Fourier Transformation for accurate frequency content analysis. While it provides data for diagnosis and design, users are advised that use of the app is at their own risk and decisions should not be based solely on its information.

Can I save my vibration analysis results with Resonance - Vibration Analysis?

Yes, Resonance - Vibration Analysis allows you to record and save your vibration analysis results directly to your device. You can also adjust the delay and total recording time to suit your specific application needs.

What devices does Resonance - Vibration Analysis support?

Resonance - Vibration Analysis is available for iPhone and iPad devices. It is designed to leverage the built-in accelerometer of these devices for data collection.

How often is Resonance - Vibration Analysis updated?

The latest version of Resonance - Vibration Analysis is 1.6.3, last updated on October 23, 2021. This indicates a relatively infrequent update cycle since its release on October 21, 2021.

What is the price of Resonance - Vibration Analysis?

Resonance - Vibration Analysis is a paid application, available for $3.99. There are no in-app purchases or subscriptions mentioned for this utility.

Does Resonance - Vibration Analysis have ads?

No, Resonance - Vibration Analysis does not contain advertisements. It is a paid utility app that provides an ad-free experience for its users.

What is the age rating for Resonance - Vibration Analysis?

Resonance - Vibration Analysis has an age rating of 4+. This suggests it is suitable for a wide audience, including children, for educational or exploratory purposes related to vibration.