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A semigroup approach to functional differential evolution equations

机译:函数微分演化方程的半群方法

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We study functional differential evolution equations of the form (?/?t+A)×(t)=F(t,X_t), where -A is infinitesimal generator of an analytic semigroup in a Banach space E (with or without order) and the given right-hand side modelling delay. In many cases, E is a Banach space of sections, such as vector field or differential forms of a (real or complex) vector bundle Ω (of possibly infinite dimension) over a locally convexmanifold, for example, a Carathéodory–Finslermanifold. The operator A may in particular be generated by a Dirichlet form acting on an ordered Hilbert space. As an application, we consider a problem fromthermo-magnetohydrodynamics.
机译:我们研究形式为(?/?t + A)×(t)= F(t,X_t)的泛函微分演化方程,其中-A是Banach空间E中(有序或无序)解析半群的无穷小生成器以及给定的右侧建模延迟。在许多情况下,E是截面的Banach空间,例如局部凸形流形上的矢量场或(实数或复数)矢量束Ω(可能无限大小)的微分形式,例如Carathéodory–Finsler流形。运算符A尤其可以由作用在有序希尔伯特空间上的狄利克雷形式产生。作为应用,我们考虑了热磁流体动力学问题。

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