Squeezing Flow of Chemical Reacting Hybrid Nanofluid Between Two Analogous Disks with Activation Energy and Magnetic Field
Kalidas Das, Ram Prakash Sharma, Debasish Gorai
Abstract
The current paper aims to analyse the magnetic behaviour on squeezing flow of hybrid-nanofluid. Additionally, features of activation energy and chemical reaction are introduced. Aluminium oxide (Al 2 O 3 ) and copper (Cu) are taken as nanoparticles in hybrid-nanofluids. The flow model is taken with no-slip conditions. To convert the leading PDEs to ODEs we use apposite similarity transformations and solve numerically utilizing the RK technique with the abetment of the shooting method. The upshot of some parameters on the flow system is accomplished precisely through figures and charts. Significances of variable parameters on skin friction, Nusselt number and Sherwood number are mathematically deliberated. The consequence approves that the rate of mass transmission is in a linear association with activation energy, and it discloses a reverse linking with the chemical reaction parameter. The outcomes confirm that amount of heat transport is improved in presence of magnetic field due to the squeezing flow.