Carotid Artery Simulation
Computational Fundamentals of BME Design
Overview
Objective
Write a technical memo describing the effects of different levels of constriction on the carotid artery, and decide what level of constriction is required to intervene
Process
Create models of the carotid artery bifurcation with 60% and 30% constriction using SOLIDWORKS
Analyze mass flow, fluid velocity, fluid pressure, sheer stress, and surface pressure using the SOLIDWORKS surface parameter tool
Utilize concepts like Reynolds Number and conservation of mass flow
Predict how the body would respond to mechanical stresses through researching academic papers
Result
After analyzing the effects of different levels of constriction, higher constriction (around 30%) warrants immediate installation of a stent
Lower levels of constriction (around 60%) likely do not need immediate action