首页|流固耦合作用下固支输液管道有限元分析

流固耦合作用下固支输液管道有限元分析

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介绍了输液管道流固耦合作用下振动的原因,并对某厂稀甲醇管道进行了模态分析和ANSYS-CFX双向流固耦合受力模拟.前者用以得到流固耦合下管道的自振特性,与不计耦合相比固有频率降低约15%;后者可得到在水锤压力作用下管道的变形与Mises应力分布云图.
Vibration FEA of Clamped Fluid-conveying Pipeline with Fluid-structure Interaction Effect
The cause of fluid-conveying pipeline vibration with fluid-structure interaction ( FSI) was presented, then the vibration simulation of diluted methanol pipe in service was implemented while the stress was calculated with ANSYS-CFX. Through modal analysis, the self-vibration characteristics of the pipe with FSI can be obtained, and compared with the pipe neglecting the interaction, the natural frequency can be decreased by 15% ; and through two-way FSI simulation, the pipeline deformation and Mises stress distribution map can be reached.

pipeline, FSI,ANSYS, CFX, water hammer

胡跃华、蒋诚航、闫怀磊、万先平、金志江

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浙江大学化工机械研究所

管道 流固耦合 ANSYS CFX 水锤

2012

化工机械
天华化工机械及自动化研究设计院有限公司

化工机械

CSTPCD
影响因子:0.325
ISSN:0254-6094
年,卷(期):2012.39(2)
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