International Journal of Applied Research
Vol. 2, Issue 7, Part F (2016)
Partial differential equations in the physical domain
Pramod Shinde and Dr. Ashwini Nagpal
Partial differential equations in the physical domain Xn can be solved on a structured numerical grid obtained by mapping a reference grid in the logical region Ξn into Xn with a coordinate transformation x(ξ) : Ξn → Xn. The structured grid concept also gives an alternative way to obtain a numerical solution to a partial differential equation, by solving the transformed equation with respect to the new independent variables ξi on the reference grid in the logical domain Ξn. Some notions and relations concerning the coordinate transformations yielding structured grids are discussed in this chapter. These notions and relations are used to represent some conservation-law equations in the new logical coordinates in a convenient form. This article highlights the numerical solution of partial differential equations.
How to cite this article:
Pramod Shinde, Dr. Ashwini Nagpal. Partial differential equations in the physical domain. Int J Appl Res 2016;2(7):403-408.