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Apr 13, 2017 at 12:19 history edited CommunityBot
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May 22, 2016 at 10:05 comment added 0xbadf00d @MichaelBächtold No, there should be no big $X$. I've intended to write that $(1)$ is simply $$\Phi_t(x_0)=\Phi_0(x_0)+\int_0^tv_t(x_0)\;{\rm d}t.$$ I've deleted my previous comment in order to prevent confusion.
May 22, 2016 at 9:34 comment added Michael Bächtold I guess you are only considering time as independent variable, while the initial position $x_0$ is considered constant in that equation. You can do that, while I was considering space coordinates also as independent variables. Btw is there a difference between big X and small x in your previous eq?
May 22, 2016 at 9:17 comment added 0xbadf00d @MichaelBächtold Sorry, I don't understand what you mean. $(1)$ is simply $$\Phi_t(X_0)=\Phi_0(X_0)+\int_0^tv_t(x_0)\;{\rm d}t.$$
May 22, 2016 at 9:12 comment added Michael Bächtold In eq (1) you are using differentials, but shouldn't the right hand side then also contain the additional terms with $dx_i$ wher the $x_i$ are coordinates on the initial configuration? I don't know if this is relevant to your problem since I'm not familiar with SPDEs, but it seems strange from the classical perspective.
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May 19, 2016 at 14:02 history edited 0xbadf00d CC BY-SA 3.0
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May 19, 2016 at 12:58 history asked 0xbadf00d CC BY-SA 3.0