Although if [alpha] = 0 is referred to as a Neumann boundary condition
, even with [alpha] = constant the solution is said to only be unique up to this additive constant.
Imposing a Neumann boundary condition
on the solution [u.
In this paper we consider the boundary value problems (BVPs) with either the Dirichlet boundary condition or Neumann boundary condition
The Neumann boundary condition
corresponds to a reflection of the signal about the boundaries, i.
This can be seen as two separated systems depending on electric field so we have Neumann boundary condition
separating the system into two regions E [?
In the last row of F, the choice c = 2v comes from using a central discretization to the PDE and eliminating the ghost point via the outflow Neumann boundary condition
We apply the Neumann boundary condition
at x = 0 by using a ghost point to obtain the system for an approximation U to the solution to (2.
Thus the vector functions can be found by solving the following Poisson equation with Neumann boundary condition
NNC the number of faces with the prescribed Neumann boundary condition
We consider system (3) under Dirichlet boundary conditions for [phi], clamped ends for [phi], and Neumann boundary conditions
on [eta] :
Note that the case [alpha] = [gamma] = 0 corresponds to the problem with the Neumann boundary conditions
Dirichlet or Neumann boundary conditions
, one can define different self-adjoint Laplacians on M.