WSEAS Transactions on Systems and Control
Print ISSN: 1991-8763, E-ISSN: 2224-2856
Volume 19, 2024
General Integral Transform Performance for Space-Time Fractional
Telegraph Equations
Authors: , ,
Abstract: The development of technology has supported effective tools in industrial machines and set up the remarkable
phase that serves well-being such as kinetic energy, kinetic movement, and nuclear energy. Applied
mathematics has also contributed valuable procedures in various fields of these sciences, especially the creation
of transformation. With practical relevance, a new general integral (NGI) transform has also shown a crucial role
in the same pragmatic methods. In this paper, the NGI transform using the combination of Padé approximation
including continued fraction expansions (CFE) has been used to attain approximate solutions of space-time fractional
telegraph equations by directly getting the inverse transform.