Thermal effects on SARS-CoV-2 transmission in peristaltic blood flow: Mathematical modeling

SARS-CoV-2 is a novel viral species that has been identified as highly infectious disease. Scientists have endeavored to collect essential information better characterize the behavior of this virus, including droplet transmission and airborne effects. However, it not clear, thus far, whether temperature can substantially alter pandemic trajectory. This present study, therefore, aims investigate how may affect virus in peristaltic blood vessels and, furthermore, density particle diameter will from an infected person non-infected person. The modeling deployed assumes coronavirus particles with 120 μm 1 [Formula: see text] move direction flow. quantity virions (entire particles) inside microdroplet calculated by considering Kepler conjecture method, percentage load also computed. It observed carries smaller amount particles, so infection less harmful. Furthermore, computational simulations using proposed model reveal some interesting insight into rapidly propagates circulatory system, estimate tissues. From these results, found small virion ([Formula: text]) settles bloodstream infects tissues; however, duration short due low viscosity blood. closed packed structure loosened vessel