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[PDF] Top 20 Strongly damped wave equations with Stepanov type nonlinear forcing term

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Strongly damped wave equations with Stepanov type nonlinear forcing term

Strongly damped wave equations with Stepanov type nonlinear forcing term

... of Stepanov weighted pseudo almost automorphic functions, which is more general than the weighted pseudo almost automorphic one, was proposed by Xia and Fan in ...differential equations and integral ... See full document

15

Exponential attractors for the strongly damped wave equations with critical exponent

Exponential attractors for the strongly damped wave equations with critical exponent

... value of – on H   (), Webb first considered the asymptotic behavior of strongly damped wave equations in []. Then, in [], Carvalho et al. showed the existence of the global at- tractor for ... See full document

18

The Global and Pullback Attractors for a Strongly Damped Wave Equation with Delays*

The Global and Pullback Attractors for a Strongly Damped Wave Equation with Delays*

... the nonlinear damped wave equa- tions with ...new type of attractor, called a pullback attractor, was proposed and investigated for non-autonomous or these random dynamical ...differential ... See full document

10

The Inertial Manifold for Class Kirchhoff Type Equations with Strongly Damped Terms and Source Terms

The Inertial Manifold for Class Kirchhoff Type Equations with Strongly Damped Terms and Source Terms

... In addition, the study of inertial manifold is of great significance. The central idea of the methods that people use to solve practical problems such as Galerkin method, Cellular automaton and Coupled map, are to ... See full document

8

Random Attractor of the Stochastic Strongly Damped for the Higher Order Nonlinear Kirchhoff Type Equation

Random Attractor of the Stochastic Strongly Damped for the Higher Order Nonlinear Kirchhoff Type Equation

... [4] Ono, K. (1997) On Global Existence, Asymptotic Stability and Blowing up of Solu- tions for Some Degenerate Non-Linear Wave Equations of Kirchhoff Type with a Strong Dissipation. Mathematical ... See full document

11

Finite time blow up of solutions of the Kirchhoff-type equation with variable exponents

Finite time blow up of solutions of the Kirchhoff-type equation with variable exponents

... Ikehata, On global solutions and energy decay for the wave equations of the Kirchhoff type with nonlinear damping terms, J.. Messaoudi, Blow up in a nonlinearly damped wave equation, Mat[r] ... See full document

9

The Global Attractors for the Higher Order Kirchhoff Type Equation with Nonlinear Strongly Damped Term

The Global Attractors for the Higher Order Kirchhoff Type Equation with Nonlinear Strongly Damped Term

... ∂ − ∂ ∆ − ∆ + = ∇ ⋅ ∇ + (1.6) In bounded 3D domains. This method establishes the existence and uniqueness of energy solutions in the case where the growth exponent of the non-linearity φ is less than 6 and f may have ... See full document

16

Regularity of the attractor for strongly damped wave equations with nonlinearity

Regularity of the attractor for strongly damped wave equations with nonlinearity

... the strongly damped wave equation is considered with nonlinear damping, a nonlinear forcing term, and with a periodic boundary ... See full document

14

Existence of solutions to strongly damped quasilinear wave equations

Existence of solutions to strongly damped quasilinear wave equations

... to nonlinear wave equations with higher order dissipative ...Dirichlet-wave equations outside of a wide class of compact obstacles in the critical case where the spatial dimension is ... See full document

12

Estimate on the Dimension of Global Attractor for Nonlinear Higher Order Coupled Kirchhoff Type Equations

Estimate on the Dimension of Global Attractor for Nonlinear Higher Order Coupled Kirchhoff Type Equations

... by strongly damped wave equations of non-degenerate Kirchhoff type modelling the nonlinear vibrations of an elastic string, and they obtained a precise estimate of upper bound of ... See full document

14

Asymptotic Behavior of Stochastic Strongly Damped Wave Equation with Multiplicative Noise

Asymptotic Behavior of Stochastic Strongly Damped Wave Equation with Multiplicative Noise

... d φ θ ω t − B  θ ω − B ω → t → +∞ (4.30) which implies that { B ( ) ω } is a random compact attracting set for Φ . It follows from Equations (4.13) and (4.26) that { B ( ) ω } is tempered. Thus by Theorem 2.3, ... See full document

11

Spatial decay estimates for a class of nonlinear damped hyperbolic equations

Spatial decay estimates for a class of nonlinear damped hyperbolic equations

... two damped wave equations with differ- ent damped coefficients and establish an explicit inequality which displays continuous dependence on this ... See full document

10

On Decay of Solutions to Systems of Integro differential Equations with Strongly Damped

On Decay of Solutions to Systems of Integro differential Equations with Strongly Damped

... Liang and Gao [10] studied the global existence, decay and blow up of solution problem 1 with the absence of the dispersive term △utt and the weak damping term ut.. In this paper, under [r] ... See full document

10

On vortex/wave interactions. Part 2. Originating from axisymmetric flow with swirl

On vortex/wave interactions. Part 2. Originating from axisymmetric flow with swirl

... here and below only newly appearing types of terms are shown explicitly in the main. So far all the terms encountered are in a sense continuations of those in the bulk. We notice especially that the centrifugal ... See full document

18

On the existence of solutions of strongly damped nonlinear wave equations

On the existence of solutions of strongly damped nonlinear wave equations

... Equation (1.1) has its origin in the nonlinear vibrations of an elastic string (cf. Narasimha [6]). We call equation (1.1) a nondegenerate equation when α > 0 and β > 0 and a degenerate one when α = 0 and β ... See full document

14

General energy decay for nonlinear wave equation of $phi-$Laplacian type with a delay term in the internal feedback

General energy decay for nonlinear wave equation of $phi-$Laplacian type with a delay term in the internal feedback

... degenerates equations in divergence ...the wave equations several main parts of mathematics are joined in a fruitful way, it is very remarkable that the φ− Laplace wave equation occupies a ... See full document

10

Beyond the KdV: post-explosion development

Beyond the KdV: post-explosion development

... It possesses solitary waves with oscillating and decaying asymptotics which can form fairly complicated multisolitonic structures. Moreover, the Kawahara equation demonstrates important extensions of the very notion of a ... See full document

13

On the starting process of strongly nonlinear vortex/Rayleigh-wave interactions

On the starting process of strongly nonlinear vortex/Rayleigh-wave interactions

... Vortex/wave interaction, for the flow in a boundary layer, pipe or channel, for example, concerns the nonlinear interplay between the mean vortex part, comprising longitudinal or streamw[r] ... See full document

23

Linear or non Linear modeling for ENSO dynamics?

Linear or non Linear modeling for ENSO dynamics?

... a nonlinear interaction? This is not a trivial question because, as we have shown in this paper, the nonlinear interaction leads to a much slower decay of the PDF, with respect to the linear ...small ... See full document

31

Analytical Solutions of Undamped and Autonomous Cubic-Quintic Duffing Equation

Analytical Solutions of Undamped and Autonomous Cubic-Quintic Duffing Equation

... of nonlinear algebraic equations in the coefficients of the initial ...algebraic equations, if any, also determine exact solutions of the initial ODE through the assumed ... See full document

7

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