Lp--Lq decay estimates for wave equations with monotone time-dependent dissipation
Michael Reissig, Jens Wirth
Abstract
This expository article is intended to give an overview about recently achieved results on asymptotic properties of solutions to the Cauchy problem utt-Δu+b(t)ut =0, u(0,·)=u1, Dtu(0,·)=u2 for a wave equation with time-dependent dissipation term. The results are based on structural properties of the Fourier multipliers representing its solution. The article explains the general philosophy behind the approach.
Create a lesson
Related papers
Finite-Time Blowup for Navier-Stokes with Smooth Forcing, Part II: Residual Correction via Oscillatory Pulses
Zhen Lei, Xiao Ren
Evolution Dynamics and Cauchy Problems with Quaternionic Variables and Lifting to Banach Bilateral A-Algebras
Chao Wang, Guangzhou Qin, Jibin Li
Unique continuation, nonexistence and bubbling for the critical p-Laplace equation II: the degenerate elliptic case and higher dimensions
Carlo Mercuri
Construction of entropies for cross-diffusion systems
Xiuqing Chen, Ansgar Jüngel, Mingyue Zhang
Asymptotic behavior of generic Riemann solutions to one-dimensional full compressible Navier-Stokes-Poisson equations
Xin-Xiang Bian, Jiajin Shi, Lingling Xie
Positive coexistence solutions for systems of multi-kernel Hammerstein type equations
Laura M. Fernández-Pardo, Jorge Rodríguez-López