Modelling Blood Flow through a Sclerotic Artery and the Effect of Thermal Heat on Cholesterol Concentration in the Presence of a Magnetic Field

Blood flow through a sclerotic artery and the effect of thermal heat on cholesterol concentration in presence magnetic field are modelled using mathematical models which represent blood momentum coupled with buoyancy due to temperature, concentration, porosity medium effect. The study involved formulation geometry atherosclerosis at specific location sclerosis over time arterial channel. system equations was solved Laplace method, where velocity, temperature profile were obtained governing parameters such as field, Schmidt number, Soret Prandtl radiation parameter, chemical oscillatory frequency, respectively. result revealed that velocity increases for different units increase while decreases values solutal Grashof parameter. Furthermore, an also frequency parameter temperature.