Rich Coyle
Well-Known Member
When I did research on annealing one author suggested quenching help with the softening of the case neck and shoulder.
You make the claim it's up to you to support it.I don't mind providing some basic facts but I have no desire to do any research for some evidence that will convince you, thats too much like work. Do your own research, you will learn things you wouldn't learn if I did it for you.
Besides if you are spending time educating yourself, you will have less time to tell people that heating and quenching their brass is a good way to harden their primer pockets.
I don't know who you're reading but it flies in the face of everything known. Annealing softens the brass, not quenching.When I did research on annealing one author suggested quenching help with the softening of the case neck and shoulder.
I don't know who you're reading but it flies in the face of everything known. Annealing softens the brass, not quenching.
You make the claim it's up to you to support it.
I did with videos and articles.That's a two way argument. You've made plenty of claims. It's up to you to support it.
That was just ballistics gel. Your conclusions are correct for ballistics gel.I did with videos and articles.
Can you support you conclusion referencing reviewed data on flesh and bone rather than ballistics gel?
Ballistic gel is specifically formulated to mimic as closely as possible living tissue.That was just ballistics gel. Your conclusions are correct for ballistics gel.
That's not flesh and bone. We don't hunt ballistics gel.
Can you support you conclusion referencing reviewed data on flesh and bone rather than ballistics gel?
Ballistic gel is specifically formulated to mimic as closely as possible living tissue.
If you want to study shockwaves and how they affect the body that's the best medium.
When it comes to breaking bones the best evidence comes directly from observation of game animals that are shot, particularly large, dangerous game.
No one is using a flat/square fronted bullet for DG, they are round nosed or NRFP's specifically designed for maximum penetration with little or no expansion.
As for real world human examples and the affects of the hydraulic pressures generated by high velocity impacts, here's a short article.
https://www.revolvy.com/main/index.php?s=Hydrostatic shock&item_type=topic
...here's a short article.
https://www.revolvy.com/main/index.php?s=Hydrostatic shock&item_type=topic
No, I've actually shot them at dangerous game and spent a whole lot of time talking to African outfitters, PH's, and dangerous game hunters rather than reading about it on forums.You are showing ignorance of modern dangerous game bullets.
So you just poo poo any and all information without bothering to read it.Blah blah.
I've known about hydrostatic shock since I was 12. I'm not kidding, odd childhood.
I can simulate hydro-static shock and cavitation in my pool. Nothing new there. Water and ballistics gel are not flesh and bone. Simulates are just that, simulates. Just because they are "designed" to be close does not mean that for the nuance of what we are discussing it is valid.
This has gone on so long as an argument by a purveyor or supporter of a certain manufacturer vs. everyone else that I no longer understand the point.