Periodic, Singular and Dark Solitons of a Generalized Geophysical KdV Equation by Using the Tanh-Coth Method
Surapol Naowarat, Sayed Saifullah, Shabir Ahmad, Manuel De la Sen
Abstract
KdV equations have a lot of applications of in fluid mechanics. The exact solutions of the KdV equations play a vital role in the wave dynamics of fluids. In this paper, some new exact solutions of a generalized geophysical KdV equation are computed with the aid of tanh-coth method. To implement the tanh-coth procedure, we first convert the PDEs to ODEs with the help of wave transformation. Then, using a system of algebraic equations, we obtain several soliton solutions. To verify and clearly illustrate the exact solutions, several graphic presentations are developed by giving the parameter values, which are then thoroughly discussed in the relevant components.
Topics & Concepts
Korteweg–de Vries equationHyperbolic functionTransformation (genetics)SolitonApplied mathematicsMathematicsAlgebraic numberOdeMathematical analysisPhysicsMathematical physicsNonlinear systemBiologyQuantum mechanicsBiochemistryGeneNonlinear Waves and SolitonsNonlinear Photonic SystemsFractional Differential Equations Solutions