Vibration Research

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VibKit's free Vee-Scope/Optical Wedge Demo Application

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Used for measuring displacement/distance and works using the principal of persistence of vision. It is used as a method of 'verification' to establish that a vibration test              system is doing what it should be, and not something unexpected due to incorrect input sensitivity set-up. This demo app allows the user to simulate the use of an Optical       Wedge on a shaker. Thanks to Richard Baker of VibKit for the use of this great application. Visit VibKit.com today to view more great vibration testing tools.

Below is a video of this App in use.

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Download the VR Mobile App for your apple or android device!

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40 Uses for Math Traces

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Newton's Law (F=ma)

This calculator will compute force, mass, and acceleration using Newton's law, which states that the force f required to accelerate an object of mass m at an acceleration a is equal to m * a.

To perform a calculation, enter values for two of the variables and then click the button for value you want computed.

Select units from the unit selection boxes to perform unit conversions.

Random spectrum profile calculator

Acceleration is calculated as an RMS value
Velocity is calculated as an RMS value
Displacement is calculated as peak-to-peak assuming 3-sigma peaks

How are these values calculated?
Excel spreadsheet

Acceleration:

Velocity:

 

Displacement:

Enter the random spectrum breakpoints:

Frequency (Hz)

G^2/Hz

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Innovators in Vibration Control
Experienced, industry leaders offering state-of-the-art vibration controllers for electrodynamic and servo-hydraulic shakers.