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An interactive clinical interface for MR image-based computational mechanics modeling of the human cardiovascular system

机译:一种互动临床界面,用于人心血管系统的基于MR图像的计算力学建模

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There are three major steps in a computational biomechanics simulation: modeling, computation, and visualization. Of these, everyone would agree that modeling is the initial and most crucial of the steps. Using computational mechanics modeling for clinical applications requires special care. First, patient-specific modeling is mandatory, because of individual variation in anatomical structures and physiological conditions. It must be accurate, because patients' lives may depend on the system. It must also be quick, because the amount of time available in clinical situations is often severely limited, particularly in cardiovascular medicine. To achieve these goals, we developed an interactive clinical interface for MR image-based computational mechanics modeling of the human cardiovascular system.
机译:计算生物力学仿真中有三个主要步骤:建模,计算和可视化。其中,每个人都同意建模是初步和最重要的步骤。使用计算力学建模用于临床应用需要特殊的护理。首先,由于解剖结构和生理条件的单个变化,首先,患者特异性建模是强制性的。它必须准确,因为患者的生命可能取决于系统。它还必须快速,因为临床情况中可用的时间通常严重限制,特别是在心血管中。为实现这些目标,我们开发了一种用于人体心血管系统的基于MR图像的计算力学建模的互动临床界面。

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