Examples of using Finite difference in English and their translations into Swedish
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Is the finite difference operator, 36.
the general analysis of numerical stability of an applied finite difference scheme acquires the crucial importance.
Is the finite difference time derivative of the unknown function.
Alternating direction finite difference scheme.
Is the finite difference operator that corresponds to a spatial gradient.
Alternating directions finite difference scheme.
The presented analysis would be incomplete without the discussion of numerical stability of the used finite difference schemas.
Are the 2nd order finite difference derivatives along axes, и respectively.
based on the finite difference approximation.
For the formulation of finite difference scheme we introduce the following discretization procedure.
a few words should be said about another ADI scheme- namely 2D Peaceman- Rachford finite difference scheme.
This numerical method called Finite Difference Time Domain is very suitable for structures including complex materials.
one would not obtain a Newton- Raphson equation for an implicit finite difference scheme.
Monte Carlo-like methods, finite difference methods and the use of advanced software in the field.
And(15) we have finite difference operators that refer only to those spatial directions,
The conditions under which the alternating directions Douglas- Rachford finite difference scheme retains numerical stability are explicitly formulated.
The analytical solution to the scattering problem is first validated with the analytical Mie-series solution then compared to the Finite Difference Time Domain implementation.
For example, for the numerical solution of a heat conduction problem via the finite difference approximation method, the selection criterion of the time step has the following form.
This assumption leads to consideration of a linear finite difference scheme of type(16)
dual mesh, finite difference approximation, orthogonal hexahedral mesh,
Account for the fundamental difference between methods based on finite differences and finite elements
alternate directions implicit scheme, finite difference schemas, heat capacity,
the Schrödinger Equation was transformed again and finite differences resulted in a discrete dynamical system that was programmed in C-code
general analysis, finite difference/finite element analysis,
alternating directions finite difference scheme, Douglas-Rachford scheme,
However, if it is known that the computational mechanism will be based on hexahedral computational mesh(finite element, finite difference numerical schemes),
However, if it is known that the computational mechanism will be based on hexahedral computational mesh(finite element, finite difference numerical schemes),