Study Findings from Government College University Provide New Insights into Personalized Medicine (Multifaceted simulation: Finite volume and finite element modeling of blood flow in multiple stenosed arteries).

A study conducted by researchers at Government College University in Lahore, Pakistan, explores the hemodynamics of blood flow in arteries with stenotic lesions. The study uses the Carreau fluid model and the Finite Element and Finite Volume Methods to examine blood flow velocity, pressure, and temperature distributions. The findings shed light on the interaction between flow dynamics, stenosis characteristics, and arterial geometry, providing valuable insights for understanding disease progression and designing treatments. The researchers suggest further exploration of the interplay between hemodynamics and arterial stenosis, as well as collaborations between researchers, clinicians, and engineers to develop personalized treatment strategies and innovations in cardiovascular care. [Extracted from the article]