Titlebook: Clinical Application of Computational Mechanics to the Cardiovascular System; Takami Yamaguchi (Professor) Book 2000 Springer Japan 2000 b

閃光東本

Risk Management in Public Healthructed from two-dimensional ultrasound echocardiogram data. An ultrasound image was sampled and smoothed by our own software system, which smoothes the obtained contour of the ventricular cavity using a cubic spline function. The time course of the contraction and dilatation of the left ventricle wa

finale

Practice of Risk Management on COVID-19Stokes equations numerically. The flow solver implemented the SIMPLER algorithm on a structured mesh. The model geometry was described by a set of formulas based on physiological data, obtained from Computed Tomography images. The results show that during diastole a secondary flow vortex with clockw

Invertebrate

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Risiken und Risk Management im Schiffbau,acic part of the aorta, particularly of the arch, does not lie in a plane (non-planar), and is distorted in three dimensions (3D). Clinical magnetic resonance imaging (MRI) studies have shown that the flow in the aortic arch forms a single right-handed helix (Kilner 1993). This helical flow is thoug

PLAYS

嚙齒動物

搖曳

類似思想

heart-murmur

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