2010•Machinery Design and ManufactureRequires access

Finite element analysis for large-scale oil tank

Shen Shi-ming

Open publisher page 1 citations

Abstract

The 100,000 m3tanks were used widely in the field of crude oil storage,and their intensity came to more important. Finite element software ANSYS was adopted to analyze the 100,000m3 largescale floating crude oil tank with the topmost hydraulic state,and the stress distribution of all parts of the tank was obtained. The assessment for the tank’s stress was done,according to the analysis design code, and the key part was determined. The results of the intensity assessment showed that the tank was safe in the topmost hydraulic state.

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What this paper is about

The 100,000 m3tanks were used widely in the field of crude oil storage,and their intensity came to more important. Finite element software ANSYS was adopted to analyze the 100,000m3 largescale floating crude oil tank with the topmost hydraulic state,and the stress distribution of all parts of the tank was obtained. The assessment for the tank’s stress was done,according to the analysis design code, and the key part was determined. The results of the intensity assessment showed that the tank was safe in the topmost hydraulic state.

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Available abstract

The 100,000 m3tanks were used widely in the field of crude oil storage,and their intensity came to more important. Finite element software ANSYS was adopted to analyze the 100,000m3 largescale floating crude oil tank with the topmost hydraulic state,and the stress distribution of all parts of the tank was obtained. The assessment for the tank’s stress was done,according to the analysis design code, and the key part was determined. The results of the intensity assessment showed that the tank was safe in the topmost hydraulic state.

Key concepts: Oil tank, Finite element method, Engineering, Oil field, Storage tank, Petroleum engineering, Intensity (physics), Crude oil

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