Hi
OK if you need "p" as dependent variable, I beleive they are rather similar, one is build on the other no?
[g]=>[c]=>[aco ~= acpr]
it depends on the variables you already have and the extra pre-defined physics you might find handy in a [acpr] w.r.t an [aco].
Probably the [acpr] is the most advanced, I expect (but I'm not 100% sure in V3.5a would have to look it up in detail) that its independent if you fetch it from the Accoustic, Structural or MEMS module.
Good luck
Ivar
OK if you need "p" as dependent variable, I beleive they are rather similar, one is build on the other no?
[g]=>[c]=>[aco ~= acpr]
it depends on the variables you already have and the extra pre-defined physics you might find handy in a [acpr] w.r.t an [aco].
Probably the [acpr] is the most advanced, I expect (but I'm not 100% sure in V3.5a would have to look it up in detail) that its independent if you fetch it from the Accoustic, Structural or MEMS module.
Good luck
Ivar
