A reliable hybrid numerical method for a time dependent vibration model of arbitrary order
Amit Prakash, Manish Goyal, Hacı Mehmet Başkonuş, Shivangi Gupta
Abstract
In this article, the solution of vibration equation of fractional order is found numerically for the large membranes using a powerful technique namely q-homotopy analysis Sumudu transform technique. The parameter <i>ħ</i> suggests a convenient way to control convergence region. The given numerical examples depict competency and accuracy of this scheme. The results are discussed using figures taking diverse wave velocities and initial conditions. Results are also compared with other methods. The outcome divulges that q-HASTM is highly reliable, more efficient, attractive, easier to use as well as highly effective.
Topics & Concepts
Convergence (economics)VibrationHomotopy analysis methodApplied mathematicsOrder (exchange)MathematicsScheme (mathematics)HomotopyMathematical optimizationControl theory (sociology)Computer scienceMathematical analysisControl (management)PhysicsAcousticsArtificial intelligencePure mathematicsEconomicsEconomic growthFinanceFractional Differential Equations SolutionsIterative Methods for Nonlinear EquationsNanofluid Flow and Heat Transfer