HW2/: For Methane – air diffusion flame, the governing equation of the mixture fraction is given as: d²z +x = 0 with the Boundary conditions (1) z(-L) =0 and dx2 (2) z(L)=1, (Take L=0.5m). Find: 1) The mixture fraction distribution. 2) The position of the flame. 3) The mixture fraction at the points (1) x=-L/2 (2) x=0 (3) x=L/2, using finite difference method and exact solution.

HW2/: For Methane – air diffusion flame, the governing equation of the mixture fraction is given as: d²z +x = 0 with the Boundary conditions (1) z(-L) =0 and dx2 (2) z(L)=1, (Take L=0.5m). Find: 1) The mixture fraction distribution. 2) The position of the flame. 3) The mixture fraction at the points (1) x=-L/2 (2) x=0 (3) x=L/2, using finite difference method and exact solution.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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HW2/: For Methane -
air diffusion flame, the governing equation of the mixture
fraction is given as:
d?z
+ x = 0 with the Boundary conditions (1) z(-L) =0 and
dx2
(2) z(L)=1, (Take L=0.5m). Find:
1) The mixture fraction distribution.
2) The position of the flame.
3) The mixture fraction at the points (1) x=-L/2 (2) x=0 (3) x=L/2, using finite
difference method and exact solution.

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