Consider convection and diffusion in a two-dimensional domain governed by the transport equation: a x a...

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Consider convection and diffusion in a two-dimensional domain governed by the transport equation: a əx a (ρυφ) + (pvp) = (rap) + ду əx Derive the above 2-D transport equation into the discretization form by using finite volume method as discussed in class and define the discretization form by using the first-order up- winding discretization scheme (i.e., organize the discretization equation into the following form and define the coefficients (ap, ag, aw, aN, as) in the equation). ● apopagE + awow + aNON + asøs = N N N +1 ● ● ● . ● . ● +(r) ду Lx •N n W P 200% Consider convection and diffusion in a two-dimensional domain governed by the transport equation: a əx a (ρυφ) + (pvp) = (rap) + ду əx Derive the above 2-D transport equation into the discretization form by using finite volume method as discussed in class and define the discretization form by using the first-order up- winding discretization scheme (i.e., organize the discretization equation into the following form and define the coefficients (ap, ag, aw, aN, as) in the equation). ● apopagE + awow + aNON + asøs = N N N +1 ● ● ● . ● . ● +(r) ду Lx •N n W P 200%