利用有限差分方法得到了动脉管系内非牛顿流体的准二维不定常流动的数值解。
A numerical solutions of quasi-two-dimensional unsteady flow of non-Newton fluid in the arterial pipe system is obtained by finite difference method.
本文考虑了血液的菲牛顿流动特性，对血液在动脉管系中的脉动流建立了准二维流动模型。
In this paper a quasi-two-dimensional model of pulse flow in arterial pipe system is established, and non-Newton characteristic of the blood is considered.
本文以“五根主要动脉所组成的动脉管系”为例，进行了详细的计算，在某些典型动脉处，计算所得的理论波形与实测波形是相似的。
Finally, we take the pipe system consisting of five main arteries as an illustrative example with detailed calculations. The theoretical wave is similar to the recorded wave at some typical arteries.
本文以“五根主要动脉所组成的动脉管系”为例，进行了详细的计算，在某些典型动脉处，计算所得的理论波形与实测波形是相似的。
Finally, we take the pipe system consisting of five main arteries as an illustrative example with detailed calculations. The theoretical wave is similar to the recorded wave at some typical arteries.
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