With the use of MATLAB solve Partial Differential Equation in Graphical form - A new View

 International Journal of Mathematics Trends and Technology (IJMTT) © 2019 by IJMTT Journal Volume-65 Issue-3 Year of Publication : 2019 Authors : Priyanka 10.14445/22315373/IJMTT-V65I3P529

MLA Style:Priyanka "With the use of MATLAB solve Partial Differential Equation in Graphical form - A new View" International Journal of Mathematics Trends and Technology 65.3 (2019): 190-199.

APA Style: Priyanka (2019). With the use of MATLAB solve Partial Differential Equation in Graphical form - A new View. International Journal of Mathematics Trends and Technology, 65(3), 190-199.

Abstract
The current paper deals with the Partial Differential Equation and solution of Partial Differential Equation with the help of MATLAB. Initially, there is a Partial differential Equation with two independent variable and one dependent variable on these two. We are plotted the graph of the solution of Partial Differential Equation with the help of MATLAB and describe it And we try to find out a better solution of Partial Differential Equation using MATLAB its give detail about MATLAB and its modules, plotting the graphs of solution of Partial Differential Equations, also we try to solve and simulate the Partial Differential Equations using MATLAB.

Reference
[1] Birajdar Gunwant, stability of non-linear fractional partial differential equations, Aurangabad (M.S.) INDIA.
[2] A.Freidman, Partial Differential Equations, Halt, Rineheart and Winston inc., New-york,(1969).
[3] Andrei D. Polyanin, Valentin F. Zaitsev: Handbook of Partial differential Equations, Second Edition.(2016).
[4] Stormy Attaway :Matlab: A Practical introduction to programming and problem solving. (2013)
[5] T. Amarnath, Narosa publication house: An elementary course in Partial Differential Equations second addition.75-83 (2003).
[6] Taan ElAli, Mohammad A. Karim: Continuous signals and systems with MATLAB.
[7] Thomas Hillen, I. E. Leonard, Henry Van Rossel,:Partial Differential equations.(2014).
[8] Tichy, J.A. and bourgin, P., “The effect of inertia in lubrication flow including intrence and initial conditions”, AMSE Journal of applied mechanics, 107(4), (1986).
[9] Timothy A. Davis, Kermit Sigmon :MATLAB primer.(2015).
[10] Tomas roubick.: Non-linear Partial Differential Equations with Applications.(2013).
[11] Victor hanner, Tatyana Belozerova, Mikhail Khenner: Ordinary and partial differential Equations.(2013).
[12] W.F. Ames, “non-linear Partial Differential Equations in engineering”, Academic press, 1972.
[13] Wang, C.Y., “Three dimensional flow due to a stretching flat”, The physics of fluids, (1984).
[14] FOLLAND, G. H.: Introduction to Partial Differential Equations Princeton University Press.(1995).
[15] G.W. and Cale, J.D. Bluman, “similarity methods for Differential Equations”, Springer verlag, (1974).
[16] Grove Morries,P.R., “lecture notes in mathematics”, Springer-verlag, Berlin,765
[17] Hahn, Brain D. Hahn: Essential Matlab for scientists and Engineers.(2002).
[18] HELLWIG, G. H.: Partial Differential Equations. New yourk: Blaisdell.(1964).

Keywords
MATLAB, Partial Differential Equation, Plotting the graphs, traditional method