The spatiotemporal spread of COVID-19 has had a great impact on understanding and
addressing the global pandemic. Through analysis of the geographical distribution and …

A key model for predictive analysis, particularly in finance, is the Rössler system. This study
introduces an enhanced version of this model, incorporating minimum interest rates and …

The study of a chemically reacting fluid in a vertical micro-channel limited to an applied
transverse magnetic field that has fully developed steady natural convection flow under the …

In this article, we develop an analytical method for solving fractional order partial differential
equations. Our method is the generalizations of homotopy perturbations Laplace transform …

The exploration of collisional fragmentation pheno-mena remains largely unexplored, yet it
holds considerable importance in numerous engineering and physical processes. Given the …

Purpose Under certain conditions, the governing equation of motion of magnetic spherical
pendulum results in a cubic-quintic Duffing equation. The current work aims to achieve an …

The current study analyzes the implications of an Arrhenius‐controlled heat transfer fluid on
free convection in a micro‐channel confined by two immeasurable vertical parallel plates …

In this work we develop an algorithm to compute analytical solution for a two‐dimensional
fuzzy heat equation involving external source term with fractional order. The algorithm is …

The Duffing oscillator represents an important example to describe, mathematically, the
nonlinear behavior of several phenomena in physics and engineering. In view of its diverse …

The focus of this paper is the investigation of an Arrhenius-driven chemical reaction in an
upstanding micro-channel over an imposed transverse magnetic field with fully developed …