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[PDF] Top 20 Higher Order Wave Equation with Logarithmic Source Term

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Higher Order Wave Equation with Logarithmic Source Term

Higher Order Wave Equation with Logarithmic Source Term

... ( )) = ‖ ‖ + ( ) (2.6) We can simple see that by using this Lemma (2.1) and with the combination of Galerkin method with it, we can see the proof of the theorem. Note = in equation 2.1 and using that = | | − , ... See full document

7

Blow up of Solutions for a System of Nonlinear Higher order Kirchhoff type Equations

Blow up of Solutions for a System of Nonlinear Higher order Kirchhoff type Equations

... Motivated by the above researches, in this work, we analyze the influence of the damping terms and source terms on the solutions of the problem (1.1). In fact, when both nonlinear damping and source terms ... See full document

11

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

... of wave models goes back to ...Kirchhoff equation, we can refer [2] [3] [4] [5] ...the Higher-order Kirchhoff-type equation are investigated and we refer to [7] [8] ... See full document

16

Existence and asymptotic expansion of the weak solution for a wave equation with nonlinear source containing nonlocal term

Existence and asymptotic expansion of the weak solution for a wave equation with nonlinear source containing nonlocal term

... a wave equation with nonlinear source containing nonlocal ...nonlinear term, the existence and uniqueness of a weak solution are ...high order in a small parameter of a weak solution is ... See full document

20

On the exact solutions of a modified Kortweg de Vries type equation and higher order modified Boussinesq equation with damping term

On the exact solutions of a modified Kortweg de Vries type equation and higher order modified Boussinesq equation with damping term

... Vries equation and the higher-order modified Boussinesq equation with damping ...Traveling wave solutions of three types are obtained and these are the solitary waves, periodic and ... See full document

7

Interaction Of Higher Order Dromion in (2+1) Dimensional Long Dispersive Wave Equation Using PTA

Interaction Of Higher Order Dromion in (2+1) Dimensional Long Dispersive Wave Equation Using PTA

... this equation we developed a very simple and straight forward procedure to generate a rather extended class of generic solutions of physical ...2LDW equation we utilize the local Laurent expansion of the ... See full document

6

Existence and Asymptotic Behavior of Global Solutions for a Class of Nonlinear Higher Order Wave Equation

Existence and Asymptotic Behavior of Global Solutions for a Class of Nonlinear Higher Order Wave Equation

... 2 C. O. Alves, M. M. Cavalcanti, V. N. Domingos Cavalcanti, M. A. Rammaha, and D. Toundykov, “On existence, uniform decay rates and blow up for solutions of systems of nonlinear wave equations with damping and ... See full document

14

Identifying higher order interactions in wave time series

Identifying higher order interactions in wave time series

... Zakharov equation provides a Hamiltonian formulation for the evolution of the surface ...resonant wave-wave interactions; this should provide an ideal testbed for trispectral analysis ... See full document

12

Higher Order Splitting Method for Elastic Wave Propagation

Higher Order Splitting Method for Elastic Wave Propagation

... with higher order spatial and time discretization methods the stabile higher order splitting ...different equation is ...of higher accuracy and can be used for such decoupling ... See full document

31

Modulational instability and higher order rogue wave solutions for an integrable generalization of the nonlinear Schrödinger equation in monomode optical fibers

Modulational instability and higher order rogue wave solutions for an integrable generalization of the nonlinear Schrödinger equation in monomode optical fibers

... ear wave equations. The nonlinear Schrödinger equation is one of the most fundamental modes admitting RWs ...rogue wave solutions [–]. In [], multirogue wave solutions of a Schrödinger ... See full document

17

Exponential growth for wave equation with fractional boundary dissipation and boundary source term

Exponential growth for wave equation with fractional boundary dissipation and boundary source term

... viscosity term and bound- ary conditions of memory boundary ...the wave equation with fractional order ...derivative term on part of its boundary which may blow up in finite time using ... See full document

8

Numerical algorithms for multidimensional time fractional wave equation of distributed order with a nonlinear source term

Numerical algorithms for multidimensional time fractional wave equation of distributed order with a nonlinear source term

... cient in simulating the strongly anomalous ultraslow diffusion, where the mean square displacement grew as a power of logarithm of time [11]. Also, for optimal control prob- lems, the integer order derivative is ... See full document

30

Global Existence, Asymptotic Behavior and Blow-up of Solutions for a Suspension Bridge Equation with Nonlinear Damping and Source Terms

Global Existence, Asymptotic Behavior and Blow-up of Solutions for a Suspension Bridge Equation with Nonlinear Damping and Source Terms

... sufficiently negative, Messaoudi [29] extended the blow up result of [12] to solutions with negative initial energy only. It worth to mention that, in [14], without considering the relation between m and p, the author ... See full document

25

Global behavior of a higher order rational difference equation

Global behavior of a higher order rational difference equation

... GLOBAL BEHAVIOR OF A HIGHER ORDER RATIONAL DIFFERENCE EQUATION HONGJIAN XI AND TAIXIANG SUN Received 17 January 2006; Revised 6 April 2006; Accepted 12 April 2006 We investigate in this paper the glob[.] ... See full document

7

On a higher order evolution equation with a Stepanov bounded solution

On a higher order evolution equation with a Stepanov bounded solution

... We study strong solutions u : R → X, a Banach space X, of the nth-order evolution equa- tion u (n) − Au (n − 1) = f , an infinitesimal generator of a strongly continuous group A : D(A) ⊆ X → X, and a given forcing ... See full document

6

Blow-up and global existence for solution of quasilinear viscoelastic wave equation with strong damping and source term

Blow-up and global existence for solution of quasilinear viscoelastic wave equation with strong damping and source term

... viscoelastic wave equation with initial-boundary conditions, strong damping and source ...the source term is greater than the ... See full document

12

Singularly perturbed semilinear elliptic boundary value problems with discontinuous source term

Singularly perturbed semilinear elliptic boundary value problems with discontinuous source term

... [–], for example). In [, ], Babuška studied a kind of elliptic interface problems de- fined on a smooth domain with a smooth interface using the finite element method. In [], Brayanov considered a mixed singularly ... See full document

17

CFD Study of Thermal Comfort in Urban Area

CFD Study of Thermal Comfort in Urban Area

... The low planting surfaces are regarded as finite thickness walls and heat sinks due to evapotranspiration. The building’s roofs and side walls are also considered isothermal walls with finite thickness. Inside this ... See full document

11

Balanced source terms for wave generation within the Hasselmann equation

Balanced source terms for wave generation within the Hasselmann equation

... and wave energy dissipation source terms, based on WTT and experimental data ...detailed-balance source terms, the current approach is based neither on the development of a rigorous analytic theory ... See full document

17

Oscillatory behaviour of a higher order dynamic equation

Oscillatory behaviour of a higher order dynamic equation

... For the cases T = Z and T = R, some sufficient criterias for oscillatory behaviour of the solutions of the equation (.) were obtained by Bolat and Akın in [] and [], respectively. Furthermore, there might be ... See full document

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