We present a global, closed‐loop, multiscale mathematical model for the human circulation
including the arterial system, the venous system, the heart, the pulmonary circulation and the …

The shape of the arterial pulse wave is intimately related to the physical properties of the
cardiovascular system. Understanding the mechanisms underlying this relation is clinically …

A reliable and fast numerical scheme is crucial for the 1D simulation of blood flow in
compliant vessels. In this paper, a 1D blood flow model is incorporated with a Kelvin–Voigt …

Background Intracranial pressure (ICP) is directly related to cranial dural venous pressure (P
dural). In the upright posture, P dural is affected by the collapse of the internal jugular veins …

The article introduces a kinetic scheme to solve the 1D Euler equations of hemodynamics,
and presents comparisons of a closed-loop 1D–0D model with real measurements obtained …

Distribution of blood flow in myocardium is a key determinant of the localization and severity
of myocardial ischemia under impaired coronary perfusion conditions. Previous studies …

When modeling complex fluid networks using one‐dimensional (1D) approaches, boundary
conditions can be imposed using zero‐dimensional (0D) models. An application case is the …

The validation of a coupled 1D–0D model of the lower-limb arterial hemodynamics is
presented. This study focuses on pathological subjects (6 patients, 72.7±11.1 years) …

We present a novel methodology and strategy to predict pressures and flow rates in the
global cardiovascular network in different postures varying from supine to upright. A closed …

Although mathematical modelling of pressure‐flow dynamics in the cardiocirculatory system
has a lengthy history, readily finding the appropriate model for the experimental situation at …