Pulsatile nanofluid flow with variable pressure gradient and heat transfer in wavy channel.

ABSTRACT: This research contributes to the comprehension of nanofluid behaviour through a wavy channel, emphasizing the significance of considering diverse influences in the modelling process. The study explores the collective influence of pressure gradient variation, magnetic field, porosity, channel waviness, nanoparticle concentration, and heat transfer on nano-blood flow in a two-dimensional wavy channel. In contrast to prior research assuming a constant pulsatile pressure gradient during channel waviness, this innovative study introduces a variable pressure gradient, significantly influencing several associated parameters. The mathematical model characterizing nano-blood flow in a horizontally wavy channel is solved using the perturbation technique. Analytical solutions for fundamental variable

SUBMITTER: Dawood AS 

PROVIDER: S-EPMC11039767 | biostudies-literature | 2024 Apr

REPOSITORIES: biostudies-literature