Abstract: The parameter variation on MHD oscillatory fluid flow in a porous parallel channel with heat was investigated. The
governing equations were formulated, and the coupled partial differential equations were converted to ordinary
differential equations by adopting perturbation parameters involving the oscillatory frequency terms such as
u u e ?
? and i t
? ? ? in the channel of flow for velocity and temperature profiles respectively. Numerical
simulation was carried out using Mathematica 12 to study the velocity and temperature profiles with some pertinent
parameters such asGr Pr M K Rd R , , , , , . In addition, it is seen that some of the aforementioned parameters influenced
the flow profiles in increasing and decreasing fashion which is very important in annexing the usefulness of the
parameters to study flow in a porous parallel channels.