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Study on the Controllability in a Steady State for the Quasilinear Wave Equations with Weak Decay

机译:弱衰减Quasilinear波动方程中稳态控制性的研究

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A new method of investigating the so-called quasilinear strongly-damped wave equations is proposed in this paper, concerned with controllability in a steady state for the Quasilinear Wave Equations with weak decay. A so-called energy perturbation method to establish weak controllability of solutions in terms of energy norm for a class of nonlinear functions is presented. This method establishes the existence and uniqueness of energy solutions and the existence of finite-dimensional global and exponential attractors for the solution semigroup associated with that equation and their additional regularity. Controllability in a steady state with the help of differential inequalities by estimating the relationship between energy inequalities and attenuating property of weak solutions is demonstrated. A small positive number is determined and derived differential inequalities by using a perturbation of energy.
机译:本文提出了一种研究所谓的Quasilinear强阻尼波方程的新方法,涉及具有弱衰减的Quasilinear波方程的稳定状态下的可控性。提出了一种所谓的能量扰动方法,以确定在一类非线性功能的能量规范方面建立较弱的解决方案可控性。该方法建立了能量解决方案的存在和唯一性以及与该方程相关的解决方案半群的有限维全局和指数吸引子的存在。通过估计能量不平等的关系和弱解决方案的衰减性能,通过差分不等式的稳定状态下的可控性。通过使用能量扰动确定和衍生差分不等数的小阳性数。

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