Seismic Wave Movement: Calculating Distance w/ Density & Force

AI Thread Summary
To calculate how far a seismic wave travels in a medium after being struck by a hammer, one must consider several factors beyond just the density of the rock and the force of the hammer. The energy or momentum of the hammer at impact is crucial, as well as the attenuation coefficient of the medium for the specific frequency range generated by the impact. Numerical simulations may be necessary to accurately model both the excitation process and the wave propagation. Understanding these variables is essential for a precise calculation. Further research into these aspects will be required to achieve accurate results.
Paul G.
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Is there a formula I could use to determine how far in a medium a seismic wave would move if I hit one end of it with a hammer? I know the density of the rock and the force of the hammer.
 
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You wil need to know a lot more than that. And probably you don't actualy know even the force of the hammer. Rather the energy or momentum of the hammer before hitting.
You will need the atenuation coefficient of the medium for the frquency range produced by your hammer hitting the medium. And probably numrical simulation of both the excitation proces and propagation.
 
I guess I have my work cut out for me. I'll look into those variables.
Thanks for the response.
 
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