📚 Volume 26, Issue 3
📋 ID: E1fbkbg
Authors
M. A. El-Moneam, E.S.Aly, M. Z. Meetei, Meshari Alesemi, A.H. Msmali and S. N. Rao
Department of Mathematics, Jazan University, Jazan, Kingdom of Saudi Arabia.
Abstract
Dengue fever is considered as one of the serious illness and a major\ninternational health concern. Over the years Dengue fever has emerged\nin Jazan region, Saudi Arabia.This paper deals with susceptible, infective and recover model from mathematical epidemiology to describe\nthe spread of dengue based on the hospitalized dengue cases in Jazan region.The threshold value Rt which is similar to reproduction number of the model signies the stability analysis of disease free and endemic equilibrium points. We show the necessary and sufficient condition for\nendemic equilibrium point to be locally stable. The dynamic behavior\nwith respect to the changes of the parameters and stability of the equilibrium points are discussed. Also, we present the interval that includes\nheteroclinic orbit for the model.
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📝 How to Cite
M. A. El-Moneam, E.S.Aly, M. Z. Meetei, Meshari Alesemi, A.H. Msmali and S. N. Rao (2019).
"On Dynamical Behavior Analysis of Mathematical Model for Dengue Fever".
Wulfenia, 26(3).
