A Study on the Inner Surface Pressure Distribution of Fluid in Ninety Degree Elbow Pipe

Author:

Lu Xiao Yang1,Zhu Hong Liang1,Lu Xiao Li2,Liu Jin Ming3,Zhou Yong1,Li Xin Guang1

Affiliation:

1. ShanDong JianZhu University

2. Zhengzhou Institute of Light Industry

3. Jilin Technology College of Electronic Information

Abstract

On the premise of the simulation data for the inner fuild passing the elbow pipe by means of software named FLUENT and dimensional analysis, the formula modle of inner surface pressure for elbow pipes came up by analyzing the relationships among the inner surface pressure P ,the fluid outlet pressure P0 ,axial angle α, circular angle β and the degree of curvature k; Depending on the inner surface pressure data simulated under 150 kinds of conditions, the pressure formula was fitted by means of 1stOpt software; The verification results show that the calculated value by the formula matched with the value of simulation by FLUENT software very well, the maximum relative error was 0.004%, and the research conclusion layed the theoretical groundwork for the design of the high pressure and high velocity elbow.

Publisher

Trans Tech Publications, Ltd.

Reference5 articles.

1. Xiaoyang Lu, Xiaoli Lu, Lili Huang. A Study on Distributive Regularities of the Fluid Pressure in Elbow Pipes. Advanced Materials Research. Vol. 366 (2012) pp.80-85.

2. Wenxi Xu, Wencan Xu.  Viscous fluid mechanics [M]. BeiJing Institute of Technology. (1989).

3. Shan Jiang, Jingwei Zhang, Chongjian Wu. Numerical Simulation of Inner Flow in 90° Bending Duct of Circular Section Based on FLUENT. Chinese Journal of Ship Research, Vol. 3(2008) pp.37-47.

4. Xiaoyang Lu , Xiaoli Lu , Lili Huang , et al. Effects of Geometric Parameters on the Inner Surface Pressure of Elbow Pipe and the Establishment of Pressure Model. International Conference on Applied Mechanics and Manufacturing System . (2013).

5. Xiaoyang Lu , Xiaoli Lu , Lili Huang , et al . Simulation of Influencing Parameters of the Inner Surface Pressure of Elbow Pipe and the Establishment of Pressure Formula. International Conference on Applied Mechanics and Manufacturing System. (2013).

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