A conventional invasive catheterization procedure is currently used to detect atherosclerotic
severity in coronary arteries. However, it is still challenging to measure multiple consecutive …

Computational hemodynamic (CH) characteristics play a central role in the onset and
expansion of atherosclerotic plaques in the coronary main arteries. This study has explored …

Computed tomography coronary angiography image-based noninvasive virtual fractional
flow reserve (vFFR) is a promising clinical practice to determine the physiological condition …

The comparative effect of serial stenosis and aneurysms arteries on blood flow is examined
to identify atherosclerotic diseases. The finite element approach has been used to solve the …

Boundary condition settings are key risk factors for the accuracy of noninvasive
quantification of fractional flow reserve (FFR) based on computed tomography angiography …

The primary goal of the study that the numerical simulation of idealized coronary artery
healthy and disease models for detecting coronary abnormality by using the combination of …

The internal carotid arteries (ICAs) are of vital importance in cerebral blood supply. Hence,
accurate modeling of its biomechanical behavior is essential for understanding various …

Cardiovascular diseases (CVDs), specifically coronary artery diseases and stroke, are the
leading causes of global mortality, affecting approximately 17.9 million people each year …

Atherosclerosis is a very prominent disease in many countries these days. The detection of
this disease has been difficult as the instruments required are very costly. Studies have been …

Atherosclerosis is a very prominent disease in many countries these days. The detection of
this disease has been difficult as the instruments required are very costly. Studies have been …