Feasibility Analysis on Application of Nonstandard Casing in PuGuang Gas Field

Wen Fei Li

doi:10.4028/www.scientific.net/AMR.502.360

Paper Titles

Filling Characteristics of Magnesium Alloy Molten Metal in Squeeze Casting
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Effect of Surface Roughness on Nanocontact: Quasicontinuum Simulation
p.342

Numerical Simulation of Water-Lubricated Rubber/Chromium Coating Pair Test
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Study of Torsion Spring’s Parameters with Angular Type Grippers
p.355

Feasibility Analysis on Application of Nonstandard Casing in PuGuang Gas Field
p.360

Optimum of Drawbead Design and Restraining Forces by Sensitivity Analysis Method Combined with Inverse Approach in Sheet Metal Forming Process
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A Study on the Application of Design Thinking Strategy to Form Generation System
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The Dynamic Dual Vector Finite Element Method for Electromagnetic Waveguide Problem
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Numerical Simulation for Temperature Variability of the Stable Transported Hot Oil Pipeline
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 502Feasibility Analysis on Application of Nonstandard...

Feasibility Analysis on Application of Nonstandard Casing in PuGuang Gas Field

Abstract:

According to the geostress and casing structure data of Puguang gas field，mechanics and deformation law of nonstandard casing is studied on condition of non uniformity and high geostress. The results show that collapse strength has increased 51.75 MPa（270%）as thickness raise from 8.98 mm to 15.11 mm under uniform external loads. Under the nonuniform external loads, the collapse strength of casing has reduced 60% in some degree such as thickness is 13.84 mm. Application in site proves that nonstandard casing is feasible, which is significant for safe and efficient exploit in Puguang gas field.