Couple points missed:
1. you did no real world tests so your videos are pointless
As I have previously explained, what Mr. Noss4 is doing here is a sort of crude form of what engineers call "overstress testing," or "highly accelerated life testing."
Of course the tests are not "real world," they're not intended to be. The tests are intended to deliberately overstress the knife in order to accelerate the aging of the knife. In this way, we can try to get some idea of how the knife will stand up to years and years of "real world" use, but get that idea in just a couple of hours. There is a lot of validity in this sort of testing.
Imagine that you're Ford Motor Company. You've just completed the design of a new car. You want to bring that car to market to recoupe the investment in its design and make the profit that you need to pay your employees and investors. But, to sell the car competitively, you have to offer a five-year, 60,000 mile, comprehensive warranty. A lot can go wrong in five years. You could loose your socks on that warranty. You could build a few dozen prototypes, give them to some people, and let them drive them for five years to see how they hold up. But that would delay your product launch for five years. You can't do that. So, you have to find some way to put five years worth of wear onto that car in five weeks. It can be done and done with pretty good accuracy. And it's not done by driving the car on smooth pavement at 55MPH. No. It's done by abusing the car in ways that are not "real world." The purpose of these tests in not to simulate "real world" usage. The purpose of these tests is to accelerate the aging of the car, accelerate its failure, in order to quickly gauge its quality and reliability both of its materials and construction and also of its design.
Mr. Noss4 is trying to do something like this for knives.
I'm an electrical engineer. We often try to accelerate the aging of products by running them at elevated temperatures. We have decades of data showing that X hours at Y temperature is equivalent to Z hours at normal room temperature. We use those data to estimate how long we have to run at what temperature to simulate the desired life of the product. The product may very well not be intended or designed to operate at the higher temperature; that's not "real world." We don't operate the product in an oven (literally -- a very expensive, fancy oven) to simulate "real world" operations. We do it in order to accelerate the aging of the product in order to quickly gauge its quality and reliability both of its materials and construction and also of its design.
The underlying concept of Mr. Noss4's approach is much the same. Chopping 4x4s with a knife is not "real world." But, chopping through X number of 4x4s may be equivalent to Z hours spend hacking through underbrush where Z may be a very large number. And so chopping the 4x4s, which can be done in minutes, accelerates the life of the knife allowing us to quickly gauge how the knife will stand up to Z hours of "real world" usage.
The problem here is that the electronics industry has decades of data to go on. The US Military, Bell Labs, the avionics industry, the aerospace industry, have all invested countless millions of dollars to accumulate those data. The knife industry doesn't have that yet. Mr. Noss4 is, actually, making some preliminary stabs (pun intended) at building that database. He is, in my opinion, actually making some pretty good starts.
Obviously, the man has some resources. My hope is that he'll start to focus those resources not just on destroying knives, but on actually trying to accumulate some data, to destroy the knives in a controlled and purposefull way that might eventually lead to better accelerated life testing for knives.
I see Mr. Noss4 as a potential pioneer in that area and I hope he'll adopt that approach.