Jeff Hiller
COMSOL Employee
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
18 déc. 2018, 16:06 UTC−5
That's COMSOL's way of warning you that the dimensions of your inputs are inconsistent with what the software was expecting. From your screenshot, the source terms are expecting inputs with a dimension of 1/length^2 (i.e. units of 1/m^2).
Best,
Jeff
-------------------
Jeff Hiller
That's COMSOL's way of warning you that the dimensions of your inputs are inconsistent with what the software was expecting. From your screenshot, the source terms are expecting inputs with a dimension of 1/length^2 (i.e. units of 1/m^2).
Best,
Jeff
Nikhil Valsan Kulangareth
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
18 déc. 2018, 20:12 UTC−5
I found that the simulation completed though the entry is inconsistent.
In such case what value is assumed for these ?
is the software completing the simulation asssuming the values to be zero ?
I found that the simulation completed though the entry is inconsistent.
In such case what value is assumed for these ?
is the software completing the simulation asssuming the values to be zero ?
Jeff Hiller
COMSOL Employee
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
19 déc. 2018, 08:46 UTC−5
Yes, it's a warning, not an error, so the software can complete the run, but it is pointing out a location where you may have made a mistake. If you know what you are doing, you can ignore that warning. A typical case where you would ignore the warning is if you intentionally left out a multiplicative constant that would have given the right dimension to your input. For example, if an input field expects a force (N), and you type a displacement (m) because you know that the associated stiffness is 1[N/m].
Jeff
-------------------
Jeff Hiller
Yes, it's a warning, not an error, so the software can complete the run, but it is pointing out a location where you may have made a mistake. If you know what you are doing, you can ignore that warning. A typical case where you would ignore the warning is if you intentionally left out a multiplicative constant that would have given the right dimension to your input. For example, if an input field expects a force (N), and you type a displacement (m) because you know that the associated stiffness is 1[N/m].
Jeff