every knife noss has tested has been a survival knife, large camping, or a search and rescue/professional use type knife.
the SOG Seal 2000 is possibly the best example of this as noss himself is a diver, and has a professionals perspective on what he want's his knife to be able to do, or rather - what he wants it to not do during any use potentially needed during an survival situation while on the job.
if these were skinners, if these were slicers, if these were kitchen knives - I would agree with the idea that the tests are nothing but abuse, and that the basic geometries required to provide the excellent cutting performance negates there ability to take such usage, such "abuse".
but the knives he tests (save for the moras) are already 3/16"-1/4" thick. they are already made to be crappy cutters by the thickness of their geometry. when you pick up a 1/4" thick knife, do you think "oh, this is only meant for cutting meat and skin, never bone or wood of any kind. it's to delicate for that". I tend to think that I can pry with it - because it's almost the thickness of a prybar already. (at least with saber ground knives, there have been a few hollow ground full heigth knives I've picked up that had no bussiness having 1/4" thick spine with how thin they were at the edge. - but none of noss's tests had such knives.)
so, I don't think it's fair to say that the geometry required to not fail the tests makes the knives crappy cutters when they already have so many elements of being crappy cutters in the first place. the only exception I can think of to this would be the becker bk9 and potentially the chris reeves. the becker has a very thin edge, but I don't know about the chris reeves, wether they have thin hollow grinds or now.
now, wether the tests themselves prove anything of value, and wether they are so far outside of the scope of the knives potential work as to be worth doing at all... I think it's faulty to believe that the tests show what a knife should become, based on the results. by seeing where the blades fail, during what use, and on what material, you can see what the blades are, how brittle the steel is, what toughness and strength the steel represents, and how the geometry intermingles with those metallurgical aspects to produce the blades overal reaction to stress. if you never expect to baton with a knife, or to have it fall from your hands onto croncrete or rocks - then you can assume that any blade that passed tests up to the batonning phase will be okay for your uses as far as breakage is concerned. now you look for more involved testing regarding sharpness, edge retention, and how the overall heat treat effects the edge itself, rather then the whole geometry.
sometimes seeing a knife destroyed for the sake of seeing how it breaks is worth it. it helps you better understand the knife itself. and you get to see what it will take to break the knife - in human hands. something that normal catra and mechanized edge testing cannot show, but only hint at. "but why would you ever need to use it for something so severe that it would break like that?" - if it's the only tool I have and i'm crazy and blind from heat exposure, thats when. and all of the knives noss has tested are the kind of knives that people will buy for situations that might put them there.