- Joined
- Dec 27, 2013
- Messages
- 9,887
Some terms or descriptive words get overused to the point that they lose their impact or even become laughable or annoying. The world of knives certainly has its share of such words and terms getting thrown around.
Which do you find cliche, banal, or outright lolzy?
One that I think has developed a little bit of cringe factor is "suboptimal." A hardness is suboptimal for a steel, a steel is suboptimal for a knife, a knife is suboptimal for a use. Enough with suboptimal. The word itself has become suboptimal, I say!
Speaking of hardness, this thing where people say steel is "ran" at a certain hardness, such as, 'I like steel XYZ run at HRc 62,' or, 'That steel is best when ran soft.' Well this using of the word "ran" to describe hardness needs to run right off of a cliff.
In the world of titanium, it's "beta" titanium. I'll have you know that the term beta titanium is simply saying that titanium has been alloyed with an amount of certain alloying element(s) that allow for a certain crystalline form, the beta phase, to be retained at room temperature after a quench. It's like calling high carbon steel "beta" steel. Well guess what: the crystalline structure that one is after with titanium blades is not the weak, soft beta phase, it's the hard, strong ALPHA PRIME phase. And if you're really good, ALPHA DOUBLE PRIME.
What say ye?
Which do you find cliche, banal, or outright lolzy?
One that I think has developed a little bit of cringe factor is "suboptimal." A hardness is suboptimal for a steel, a steel is suboptimal for a knife, a knife is suboptimal for a use. Enough with suboptimal. The word itself has become suboptimal, I say!
Speaking of hardness, this thing where people say steel is "ran" at a certain hardness, such as, 'I like steel XYZ run at HRc 62,' or, 'That steel is best when ran soft.' Well this using of the word "ran" to describe hardness needs to run right off of a cliff.
In the world of titanium, it's "beta" titanium. I'll have you know that the term beta titanium is simply saying that titanium has been alloyed with an amount of certain alloying element(s) that allow for a certain crystalline form, the beta phase, to be retained at room temperature after a quench. It's like calling high carbon steel "beta" steel. Well guess what: the crystalline structure that one is after with titanium blades is not the weak, soft beta phase, it's the hard, strong ALPHA PRIME phase. And if you're really good, ALPHA DOUBLE PRIME.
What say ye?