Not sure what that all means except the obvious Toad.
If you take metal and heat it up (full power 5 minutes) cool it down (reduced power 5 minutes) and repeat many times stressing the parts, that's worse than leaving the thing wide open. Gee, ya think so?!
Point is, your to trying to "keep the over-all time limit at takeoff power to the minimum practical" in real life applications anyway. (the scan eluding to, that it's not going to be catastrophic engine failure if you abuse it short term.) Beats the toejam out of it though. You guys wouldn't make happy co-owners in a aircraft lease.
Ok, so granted, in AH, it isn't practical to to code getting extra involved in taking care of your plane, cuz there is a computer making new ones as fast as you can over stress, over heat, crash, blow up, and bail out of them. You never really are assigned to one aircraft that you have to fly over and over. They are all equal, with no individual idiosyncrasies, and fresh off the assembly line so to speak. (anyone that flys or fixes planes, know all about the "hanger queens" and how planes seem to have characteristics all their own, no matter that they are all of the same make and model)
So in fact, engine damage modelling in AH I don't think is necessary after all, due to the accumulative effect of the wear and tear isn't "practical" to model. Agreed.
However, I still think it's valid to model at least in the simplest stages, mixture control, and any other engine management HTC could feasibly do. But that's a new thread.
[This message has been edited by Creamo (edited 01-12-2001).]