自动腹膜透析机气路系统复杂腔体的设计

      Design of Complex Cavity Structure in Air Route System of Automated Peritoneal Dialysis Machine

      • 摘要: 针对自动腹膜透析机复杂腔体结构设计技术匮乏等问题,以流量特性研究为目标,以k-ε湍流模型为流体力学理论基础,应用ANSYS CFX软件对腹膜透析机气压分配模块进行分析研究,将该模块的复杂腔体结构建模后导入ANSYS CFX模块后,对模型内部流场进行数值模拟和仿真,得出复杂腔体在设计工况下的内部流场分布以及流量特性参数,为自动腹膜透析机复杂腔体结构设计提供了重要的参考。

         

        Abstract: This paper introduced problems about Automated Peritoneal Dialysis machine(APD) that the lack of technical issues such as the structural design of the complex cavities. To study the flow characteristics of this special structure, the application of ANSYS CFX software is used with k-ε turbulence model as the theoretical basis of fluid mechanics. The numerical simulation of flow field simulation result in the internal model can be gotten after the complex structure model is imported into ANSYS CFX module. Then, it will present the distribution of complex cavities inside the flow field and the flow characteristics parameter, which will provide an important reference design for APD design.

         

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