Force measurement from accelorometer in Soccer ball

AI Thread Summary
To calculate the impact force of a soccer ball using a 3-axis accelerometer, the frequency of oscillations is not directly proportional to the force, as it is influenced by the mass of the accelerometer and the elasticity of the rubber bands. Instead, the amplitudes of the oscillations, particularly the first amplitude, may provide valuable data for force calculation. Calibration of the device is essential to ensure accurate measurements. Understanding the relationship between oscillation characteristics and force will be crucial for effective analysis. Accurate force measurement can enhance insights into the dynamics of soccer ball impacts.
Nathaniel01
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I have a 3-axis accelerometer suspended on rubber bands inside a soccer ball and am wondering how to calculate the impact force of the ball with it. I have an intuition that the force will be proportional to the frequency of the oscillations of the sensor after a collision but I am having difficulty figuring out anything more specific.

Thanks for any help in advance.
 
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Nathaniel01 said:
I have an intuition that the force will be proportional to the frequency of the oscillations of the sensor after a collision
No. The frequency is determined solely by the mass of the accelerometer and the elasticity of the rubber bands.
 
Svein said:
No. The frequency is determined solely by the mass of the accelerometer and the elasticity of the rubber bands.
Ok, any idea how to calculate the force then? Thanks
 
Nathaniel01 said:
Ok, any idea how to calculate the force then? Thanks
The amplitudes of the oscillations may give something useful, especially the first amplitude. You need to calibrate your device, though.
 

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