It means "as they should". Shall I define each word for you?
No, you can define how they should be, since you say you know how they should be (supposed, should, expected to be are synonyms):
How should a D2 knife be? How should a 1095 knife be?
It means "as they should". Shall I define each word for you?
No, you can define how they should be, since you say you know how they should be (supposed, should, expected to be are synonyms):
How should a D2 knife be? How should a 1095 knife be?
No, you can define how they should be, since you say you know how they should be (supposed, should, expected to be are synonyms):
How should a D2 knife be? How should a 1095 knife be?
Sharp .
Bad analogy. The issue was that they both worked as they should, not that they contrasted.
So D2 and 1095 are supposed to work the same?
Then you should have said that instead asking
when Craytab said they both acted "as expected."
Without being able to state and expectation or point to one, "as expected" is meaningless.
Only if you don't know how D2 is expected to act. If you don't know that, then I guess you haven't done any sort of proper research on the subject. If this thread is your first introduction into 1095 and D2 then I feel really sorry for you. This certainly is not how threads usually go here. You should look at some actual reviews on the subject. And in the end you will need to try both to make a choice for yourself.
As part of my research, I asked you what to expect based on what you've read to expect.
What did you read? Or where you born knowing that D2 "takes a crappy edge and holds it forever", or did you "expect" something different?
What did you expect, and where did you get your expectation? It can't be from marketing materials and expectations don't come from personal experience. So where did your expectations come from, if you wouldn't mind so terribly saying?
Reviews from trusted reviews on here go miles beyond marketing slogans.
This question reveals why these discussions always end up on the same bad place. You can find the same exact questions on ski and bike forums. What makes a ski fast? What makes a bike fast?
The naive reductionist view of performance engineering is that quantitative analysis of materials or the object will produce irrefutable facts and that these facts will predict performance.
The more successful approach to performance engineering considers the user (skill, technique, physical abilities) and the context (roads ridden, snow conditions, materials cut).
While it is true that quantitative testing of materials and objects should always inform performance engineering, it is also true that it is insufficient and blind to critical aspects of the problem.
Not that any of this will stop the great internet past time of trying to bludgeon one's opponents with irrefutable facts. Carry on...