Effective Approach to Construct Series Solutions for Uncertain Fractional Differential Equations

Purpose: We construct the analytical approximate resival power fuzzy series solutions of fuzzy conformable fractional differential equations in an r-level depiction in the sense of strongly generalized alpha-fuzzy conformable derivative in which of the all initial conditions are taken to be fuzzy numbers. Methodology: The certain fuzzy conformable fractional differential equation under strongly generalized alpha-fuzzy derivative is converted to a crisp one as a family of differential inclusions and solved via resival power method. The main drawback concerning the use of differential inclusions is that it does not contain a fuzzification of the differential operator; instead, the solution is not essentially a fuzzy valued function. Findings: (i) To show the efficiency of our proposed method: Several important and attractive test examples, which included the fractional conformable fuzzy integro-differential equation are discussed and solved in detail. (ii) To show the stability of approximate solutions to specific problems: some graphical results, numerical comparisons and tabulate data are created and discussed at different values of Value: Using the residual power series analysis methos is a powerful and easy-to-use analytic tool to solve initial problems on fuzzy conformable fractional differential equations and it successfully applied to solve real life problems such as the inductance-resistance-capacitance, RLC-series circuit.