Using the fluidmechanical equations for the design of impeller pumps

机译：使用流体力学方程式设计叶轮泵

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Computer and software have become the basic tools of the design process of pumps.With their application the development of pumps can be improved in many ways.It is possible to calculate the geometry of a hydraulic component and to visualize it by a 3D-visualizatin software.The calculated geometry cna be modified by 3D-CAD-techniques and the manufacturing process is also controlled by CAx-software products.In addition,flow calculation software makes it possible to get insight into flow behaviour and cna be used for the determination of the geometry of hydraulic components.In the present contribution the emphasis lies on the afore mentioned flow calculation software.It is described how flow calculation techniqeus,which are based on the hierarchy of the fluidmechanical equations,are appliedated for the development of an azial pump and how they work together with additional CAx-techniques.The deveopment of an axial pump is presented from the very beginning to hte manufacturing stage.

机译：计算机和软件已成为泵设计过程的基本工具，随着它们的应用，泵的开发可以在许多方面得到改进，可以通过3D-visualizatin软件计算液压部件的几何形状并对其进行可视化通过3D-CAD技术修改计算出的几何形状，并通过CAx软件产品控制制造过程。此外，流量计算软件可以深入了解流量行为，并可以用于确定流量在本文中，重点在于上述流量计算软件。它描述了如何基于流体力学方程的层次结构来计算流量计算技术，以及如何将其应用于方位泵的开发。他们与附加的CAx技术一起工作。从开始到制造阶段就一直在介绍轴流泵的发展。

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《The Third international conference on pumps and fans(3rd ICPF)》|1998年|p.110-120|共11页
会议地点 Beijing(CN);Beijing(CN)
作者
Martin Bohle;
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正文语种 eng
中图分类机械、仪表工业;
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机译：提升离心泵性能的关键设计参数的数值识别：叶轮，叶轮蜗壳和叶轮扩散器
3. Numerical Identification of Key Design Parameters Enhancing the Centrifugal Pump Performance: Impeller, Impeller-Volute, and Impeller-Diffuser [J] . Massinissa Djerroud, Guyh Dituba Ngoma, Walid Ghie ISRN Mechanical Engineering . 2011,第12期

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4. Using the fluidmechanical equations for the design of impeller pumps [C] . Martin Bohle International conference on pumps and fans . 1998

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Using the fluidmechanical equations for the design of impeller pumps

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