Re: Suppressor superiority?
Not really sure who is happy here and who is not...
Stepping back in on the subject of barrel harmonics in general and the effect of adding a suppressor in specific. Whereas it is very true that any thing added to the end of the barrel changes the harmonics, those results vary enormously... all of it AFTER the bullet leaves the rifle. What DOES change? Below...
Lets start here:
Quick Conclusions " From these FEA dynamic pressure calculations, it appears that the <span style="font-weight: bold">recoil and forced deformations </span>are much more important than the natural vibration modes in determining where a barrel is pointing when the bullet exits the muzzle. Then <span style="font-weight: bold">after the bullet exits the muzzle,</span> the rifle barrel vibrates in its various natural frequencies and mode shapes. Put another way, consider a guitar string being plucked. One pulls the string into a position (forced position - "HERE IT IS FOLKS") then <span style="text-decoration: underline">releases</span> it and the string vibrates at is natural frequency. The recoil and bullet motions "pulls" the rifle barrel to a new shape and once the bullet leaves the barrel, then the barrel vibrates. "
Watch all the models here:
<span style="color: #FF0000">
http://www.varmintal.com/apres.htm</span>
Everything one would ever want to know about barrel harmonics..
<span style="color: #FF6600">
http://www.varmintal.com/amode.htm</span>
You still reading? What the hell is the matter with you!
Ok, next we go here and go 1/2 way down the page to "Dynamic Movies of Deformations Amplified 500X"
<span style="color: #FF0000">
http://www.varmintal.com/aeste.htm</span>
I have some truck axle bench barrels that simply do not care when I thread on a titanium can that weighs 12ozs.
Now everybody can be unhappy!
Shovel handle? There it is!