Title: Solving ACircuit System Using Fuzzy Tarig Transform
Authors: zaniab Mohamed ridha al fatlawy, Maha Salah Jahed
Volume: 8
Issue: 11
Pages: 1-1
Publication Date: 2024/11/28
Abstract:
In thisipaper, a new method is suggested for resolving fuzzy linear differential equations under the presumption of strongly generalized differentiability To achieve this, the original problem's equivalent integral form is found, and the parametric solutions are then calculated by calculating its lower and upper bounds.with some of proof of its theories, related properties is derived and which in used to solve ordinary differential equations of n^th order. This study shows the applicability of this solve differential equations with constant coefficients. Indeed, can be used as a new tool, due to its computational efficiency, in order to solve nonlinear fractional partial differential equations as well as differential equations. Lastly, a few examplesof fuzzy linear differential equations with generalized H-differentiability are used to illustrate the method and nature of this approach. Applied engineering examples (circuit system) .