Abstract
Purpose
In this proposed study, SWCT/blood Casson fluid flow is considered to examine heat and mass transfer enhancement of biosensing stretching surface.
Societal implications/Applications
SWCNT's provide notable response in sensitive biomedical devices. Rural clinics will be benefitted by using miniaturized biosensors on Casson nanofluid models in getting laboratory-based blood analysis report by avoiding heavy laboratory equipment.
Methodology
Similarity transformation is considered to transform governing equations into the system of nonlinear coupled ordinary differential equations, which are solved with the finite difference collocation method built on the fourth-order Lobatto IIIa formula using MATLAB bvp4c solver.
Novelty
The most critical case of reaction rate
Findings
Relative tolerance of 10− 6 is obtained at 114 nodes by a grid-independent test for the most critical case
Keywords
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References
Supplementary Material
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