Mathematics Books Calculus BooksFractional Calculus Books

Fractional Calculus Definitions and Applications

Fractional Calculus Definitions and Applications

Fractional Calculus Definitions and Applications

The first chapter explains definition of fractional calculus. The second and third chapters, look at the Riemann-Liouville definitions of the fractional integral and derivative. The fourth chapter looks at some fractional differential equations with an emphasis on the Laplace transform of the fractional integral and derivative. The last chapter describes application problems—a mortgage problem and a decay-growth problem.

Author(s):

s61 Pages
Similar Books
Fractional Calculus Definitions and Applications

Fractional Calculus Definitions and Applications

The first chapter explains definition of fractional calculus. The second and third chapters, look at the Riemann-Liouville definitions of the fractional integral and derivative. The fourth chapter looks at some fractional differential equations with an emphasis on the Laplace transform of the fractional integral and derivative. The last chapter describes application problems—a mortgage problem and a decay-growth problem.

s61 Pages
Construction and Physical Application Of The Fractional Calculus

Construction and Physical Application Of The Fractional Calculus

This book covers the following topics about Fractional Calculus: Elementary preliminaries, Grunwald’s construction, The Riemann-Liouville construction, Abel’s solution of the tautochrone problem, Heaviside’s solution of the diffusion equation, Application to the differention of fractal curves, Charge density on a needle, Eigenfunctions of derivative operators of integral/fractional order, Applications to analysis.

s59 Pages
Fractional Calculus  Integral and Differential Equations of Fractional Order

Fractional Calculus Integral and Differential Equations of Fractional Order

This lectures note introduces the linear operators of fractional integration and fractional differentiation in the framework of the Riemann-Liouville fractional calculus. Particular attention is devoted to the technique of Laplace transforms for treating these operators in a way accessible to applied scientists, avoiding unproductive generalities and excessive mathematical rigor.

s56 Pages
Fractional calculus basic theory and applications (PDF 18P)

Fractional calculus basic theory and applications (PDF 18P)

This note covers the following topics: Applications to transport in fusion plasmas, Riemann Liouville derivatives, Caputo fractional derivative, Local and non local transport, Application to reaction diffusion systems, Asymmetric front dynamics.

s18 Pages