Structural strength analysis of conduit rack platform

Conduit rack platform is an important facility for offshore oil development. This paper is based on the environmental load theory and ANSYS theory, firstly, the size of the wind and wave, the role of the orientation, the role of the direction, etc., and then use the mechanical analysis module in ANSYS to establish a three-layer conduit rack platform finite element model and loading analysis, and derive the three-layer conduit rack platform finite element model in a variety of combinations of the role of the load of the stress, strain, the overall deformation, the maximum bending moment, etc., and then the conduit rack platform strength check, which is a guide to engineering practice. The strength of the platform is calibrated, which has certain guiding significance for engineering practice.

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Publication Details

Published
2025-01-16
DOI
https://doi.org/10.1117/12.3044986
Primary Topic
Engineering Structural Analysis Methods
Type
article
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article

Structural strength analysis of conduit rack platform

Ze Sun, Junwei Dong
Engineering Structural Analysis Methods
article

Structural strength analysis of conduit rack platform

Ze Sun, Junwei Dong
article en

Abstract

Conduit rack platform is an important facility for offshore oil development. This paper is based on the environmental load theory and ANSYS theory, firstly, the size of the wind and wave, the role of the orientation, the role of the direction, etc., and then use the mechanical analysis module in ANSYS to establish a three-layer conduit rack platform finite element model and loading analysis, and derive the three-layer conduit rack platform finite element model in a variety of combinations of the role of the load of the stress, strain, the overall deformation, the maximum bending moment, etc., and then the conduit rack platform strength check, which is a guide to engineering practice. The strength of the platform is calibrated, which has certain guiding significance for engineering practice.

Openalex Percentile: Top 99%
Engineering Structural Analysis Methods
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