Study Analysis and Mathematical Modelling For Blood Flow Characteristics Through an Artery Narrowing Caused By Arteriosclerotic Deposition

Abstract

We have employed mathematical models to acquire insights into the intricate process of newlinesimulating blood flow through constricted arteries. These models are specifically newlinecreated to replicate the movement of blood through constricted arteries and to examine newlinethe effects of arteriosclerotic buildup on the properties of blood flow. The mathematical newlinemodelling approach requires the consideration of multiple parameters that are essential newlinefor effectively depicting the behaviour of blood flow in constricted arteries. newlineWhen developing these models, significant consideration is given to parameters such as newlineblood viscosity, vascular diameter, blood pressure, and the geometry of the restricted newlineregion. In addition, the assessment of arterial conditions includes considering elements newlinesuch as the elasticity of the artery walls and the presence of plaques, in order to generate newlinea thorough picture. Comprehending and analysing these factors are crucial for creating newlinemathematical models that can accurately replicate blood flow in constricted arteries and newlineoffer important understanding of the dynamics of this critical physiological process.