Author: Khan, Hasib; Begum, Razia; Abdeljawad, Thabet; Khashan, M. Motawi
Title: A numerical and analytical study of SE(Is)(Ih)AR epidemic fractional order COVID-19 model Cord-id: 9skjzhrx Document date: 2021_6_15
ID: 9skjzhrx
Snippet: This article describes the corona virus spread in a population under certain assumptions with the help of a fractional order mathematical model. The fractional order derivative is the well-known fractal fractional operator. We have given the existence results and numerical simulations with the help of the given data in the literature. Our results show similar behavior as the classical order ones. This characteristic shows the applicability and usefulness of the derivative and our numerical schem
Document: This article describes the corona virus spread in a population under certain assumptions with the help of a fractional order mathematical model. The fractional order derivative is the well-known fractal fractional operator. We have given the existence results and numerical simulations with the help of the given data in the literature. Our results show similar behavior as the classical order ones. This characteristic shows the applicability and usefulness of the derivative and our numerical scheme.
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