On Thu, Jun 4, 2009 at 8:13 AM, david wende<[email protected]> wrote:
> 2. The alternate of using FixedFlux(...... (t < 3e-3)) is also incorrect, > since in reality the > flux definitely will change during the first 3mS and will also NOT go to > zero afterwards You can add anything you like as the value for the inbound flux as long as you can define it mathematically or even as time series data if it is taken from an experimental data set for which you have no functional form. > (which is the default behavior of the fipy boundary condition). > I suppose I am looking for a spatial and time dependent source, which > can represent the inflow of heat energy over my specific time interval > I did notice the reference to sources on pages 52,53 of the manual but I do > not know how > to extrapolate this information to my specific problem. Can you define its functional form based on x, y, t? If so then you should be able to stipulate it in fipy in one way or another. -- Daniel Wheeler
