MHD compressible fluid with variable thermal conductivity through a ciliated channel

This paper employs to discuss the cilia induced flow of a compressible Jeffrey fluid with variable characteristic thermal conductivity. Thermal conductivity is thermally variable. Effects radiation and MHD are also explored. The velocity slip at wall considered. Flow equations have been modeled mathematically tackled analytically using regular perturbation method. A proper attention given plot behavior quantities interest against relevant parameters. We explore growth temperature Mach number but this strongly visible in supersonic regime as compared subsonic regime. discoveries current model noteworthy yields, which can be pertinent various areas aircraft industry, geophysics, biological transport processes, operation other mechanical devices.