Human hypertension blood flow model using fractional calculus
The blood flow dynamics in human arteries with hypertension disease is modeled using
fractional calculus. The mathematical model is constructed using five-element lumped …
fractional calculus. The mathematical model is constructed using five-element lumped …
Fractional-order model representations of apparent vascular compliance as an alternative in the analysis of arterial stiffness: an in-silico study
MA Bahloul, TML Kirati - Physiological Measurement, 2021 - iopscience.iop.org
Objective. Recent studies have demonstrated the advantages of fractional-order calculus
tools for probing the viscoelastic properties of collagenous tissue, characterizing the arterial …
tools for probing the viscoelastic properties of collagenous tissue, characterizing the arterial …
Role of arterial compliance in assessing the biomechanical properties of arteries in systole and diastole and in hypertension
JKJ Li, PLM Kerkhof, M Kaya - World Scientific Annual Review of …, 2023 - World Scientific
The biomechanical properties of arteries play a crucial role in governing the overall
hemodynamic function of the circulatory system. The nonuniformity in elastic and geometric …
hemodynamic function of the circulatory system. The nonuniformity in elastic and geometric …
Augmentation index in the assessment of wave reflections and systolic loading
Background Augmentation index (AI x) is used to quantify the augmented systolic aortic
pressure that impedes ventricular ejection. Its use as an index of wave reflections is …
pressure that impedes ventricular ejection. Its use as an index of wave reflections is …
Fractional-Order Modeling of Arterial Compliance in Vascular Aging: A Computational Biomechanical Approach for Investigating Cardiovascular Dynamics
Goal: The goal of this study is to investigate the application of fractional-order calculus in
modeling arterial compliance in human vascular aging. Methods: A novel fractional-order …
modeling arterial compliance in human vascular aging. Methods: A novel fractional-order …
Inadequacy of augmentation index for monitoring arterial stiffness: Comparison with arterial compliance and other hemodynamic variables
M Kaya, V Balasubramanian, JKJ Li - Cardiovascular Engineering and …, 2022 - Springer
Abstract Purpose Augmentation Index (AI x) is used clinically for monitoring both wave
reflections and arterial stiffness, which when increased is a risk factor of cardiovascular …
reflections and arterial stiffness, which when increased is a risk factor of cardiovascular …
Contributions to data-driven and fractional-order model-based approaches for arterial haemodynamics characterization and aortic stiffness estimation
M Bahloul - 2022 - repository.kaust.edu.sa
Cardiovascular diseases (CVDs) remain the leading cause of death worldwide. Patients at
risk of evolving CVDs are assessed by evaluating a risk factor-based score that incorporates …
risk of evolving CVDs are assessed by evaluating a risk factor-based score that incorporates …
A new approach to assess arterial system function with compliance-pressure loop
Y Ge - 2018 - rucore.libraries.rutgers.edu
High blood pressure has been recognized as a most common risk factor of cardiovascular
diseases, which is the leading cause of death. There is a strong correlation of blood …
diseases, which is the leading cause of death. There is a strong correlation of blood …
Fractional-order Approach to Modeling and Characterizing the Complex and Frequency-dependent Apparent Arterial Compliance: In Human and Animal Validation
Recently, experimental and theoretical studies have revealed the potential of fractional
calculus to represent viscoelastic blood vessel and arterial biomechanical properties. This …
calculus to represent viscoelastic blood vessel and arterial biomechanical properties. This …
Cardiovascular Intelligence: Novel quantitative cardiology, deep learning and machine learning models to predict clinical outcomes
V Balasubramanian - 2021 - repository.fit.edu
Arterial compliance has been recognized as a critical parameter in governing pulsatile flow
dynamics. It has traditionally been assumed constant throughout the cardiac cycle. Its …
dynamics. It has traditionally been assumed constant throughout the cardiac cycle. Its …