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Global stability of travelling waves for a class of monostable epidemic models

机译:一类单稳态疫情模型的全球稳定性

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We study the stability of travelling wave solutions for a monostable reaction-diffusion system which describes the spatial spread of a class of bacterial and viral in man-environment diseases. Mathematically we prove the global stability of traveling wave solutions with any admissible wave speed (including the critical wave speed) for the system, and compute numerically the critical wave speed and solutions of the cauchy problem with given initial functions close to the travelling waves at the wave tail for some reaction functions to show the global stability of traveling wave solutions with noncritical wave speed and critical wave speed, respectively. (C) 2020 Elsevier B.V. All rights reserved.
机译:我们研究了用于单稳态反应扩散系统的旅行波解决方案的稳定性,其描述了人环境疾病中一类细菌和病毒的空间扩散。在数学上,我们证明了具有系统的任何可接受波速(包括临界波速)的行进波解决方案的全局稳定性,并计算数量上的Cauchy问题的临界波速和解决方案,靠近行驶波的初始函数波尾对于一些反应功能,以非临界波速和临界波速度的行进波解决方案的全局稳定性。 (c)2020 Elsevier B.v.保留所有权利。

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