Abstract
AbstractDue to the uncertain behavior of real‐life problems, fuzzification is one of the most suitable ways to find the interval at which the problems show their accurate results. Various imprecise parameters and conditions make the fluid flow problems more uncertain. Here, we try to solve a boundary value problem of fluid mechanics numerically using fuzzy conditions. The fuzzified governing partial differential equations along with the fuzzified boundary conditions are solved by finite difference method using Python (an object‐oriented programming language). The values of the parameters and the boundary conditions are taken as triangular fuzzy numbers. ‐cut technique is used to find the results and they are presented graphically for various values of and the involved parameters.
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