Abstract Approximately 1.3 billion inhabitants in 94 countries are estimated to be at risk of
chikungunya virus infection. A mechanistic compartmental model based on fractional …

In this paper, a nonlinear fractional‐order chikungunya disease model that incorporates
asymptomatic infectious individuals is proposed and analyzed. The main interest of this work …

In this paper, a population based mathematical model describing the transmission of
measles disease with double vaccination dose, treatment and two groups of measles …

A free-roaming dog population remains one of the major public health problems in many
developing countries. In this study, we investigated the potential impact of owned roaming …

We propose a new fractional‐order model to investigate the transmission and spread of
Ebola virus disease. The proposed model incorporates relevant biological factors that …

This study aims to propose a new optimization method based on the generalized Bessel
polynomials (GBPs) as a class of basis functions for a category of nonlinear two-dimensional …

This paper studies a nonlinear fractional mathematical model for hand, foot, and mouth
Disease (HFMD), incorporating a vaccinated compartment. Our initial focus involves …

After the outbreak of coronavirus disease, numerous models have been proposed for it. In
this paper, a fractional mathematical model for COVID-19 is introduced. Applying …

This study employs mathematical modeling to analyze the impact of active immigrants on
Foot and Mouth Disease (FMD) transmission dynamics. We calculate the reproduction …

ABSTRACT Approximately 1.3 billion inhabitants in 94 countries are estimated to be at risk
of chikungunya virus infection. A mechanistic compartmental model based on fractional …