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No, not really....
To a point it will make a difference, but it's not the only factor, that is when the blades are close that is, nothing crazy like comparing a razor blade to a 1/2" thick blade.
You can't get away from harder steel cuts softer steel, there is just no way around that.
If the testing continued until one was cut in half, the one that is harder would win in the end, edge profile wouldn't matter a bit as the hardness would completely take over.
That's like saying a marshmallow with cut a diamond if one had the thinner edge profile.
No, not really....
To a point it will make a difference, but it's not the only factor, that is when the blades are close that is, nothing crazy like comparing a razor blade to a 1/2" thick blade.
You can't get away from harder steel cuts softer steel, there is just no way around that.
If the testing continued until one was cut in half, the one that is harder would win in the end, edge profile wouldn't matter a bit as the hardness would completely take over.
That's like saying a marshmallow with cut a diamond if one had the thinner edge profile.
Now you are just being obtuse. It is the only factor that matters when hitting two pieces of tempered steel together which are at most a couple points of hardness apart. If they had the exact same edge geometry then hardness would make a difference.
If you're going to go to that extreme, then it is worth noting that a thread cutting test has been observed to damage razor blades.
If you stay in the context of these 2 blades, geometry is the deciding factor, unless the Busse or the Dragon has a faulty heat treatment. Yes harder steel cuts softer steel, and yes geometry makes a huge difference, and each can overshadow the other. However, with these 2 blades, its a safe bet that geometry is the deciding factor. The way to tell is to measure the thickness at the bottom of the "cuts" in each blade. As I said on KT.C, I'll bet they are very close to the same thickness.
Arakiel, what makes you think either doesn't know about modern QC testing?
Hardness isnt the most important factor in an edged weapon. You need a combination of hardness, toughness, malleability to have a superior steel. Tamahagane vs high carbon steel, which would win if you smashed them against each other? This is why Japanese katana dominated their European counterparts. Not to mention the steel folding process which allowed the blades to have a very hard core along with a softer outer core so that it could withstand impact. This test was kind of lukewarm and needed to be kicked up a notch to see which blade would shatter first. That would prove which was stronger in my opinion.
Variables...hmm...now that reminds me of something...wait...oh yeah, I remember now. Standardized testing.
Nah...it cant be that simple. Let's just all whack stuff against other stuff and all try to agree what that means over a beer.
high carbon steel, holding other variables to be the sameTamahagane vs high carbon steel, which would win if you smashed them against each other?
I haven't read through the whole thread, yet, so excuse me if this has been mentioned:
Jerry Busse posted some edge on edge "tests" of his knives, a few years back, and explained (as I recall) that this test only really tells you which edge is thicker and which is thinner. The thicker edge always "wins" this "test.
That would be a given, same Steel at the same RC.![]()
Actually, no. Read the link. Different steels. Different hardnesses.![]()
So, why, in the above photos, did the INFI blade smoke the D-2 blade?. . . . Superior steel?. . . .Superior heat treat?. .. . . .Superior design? . . .. . Nope! Just a thicker and more obtuse edge bevel. .. .Thats all. . . . .A thin edge of any hardened steel will lose when impacting a thick edge of any other hardened steel. .. .. . . .So, what does it prove?. . .. .. ..It only proves what was stated in the opening thesis. . .. It only proves which knife has the thicker or more obtuse edge.
This was a so called edge on edge test. It's obviously rigged...................
D2 brittle? you do realize what D2 is used for right?
D2 might not bend or handle lateral impact well but with a proper HT you will have a hard time causing more than deformations to the edge.