ANÁLISE DE FALHA DAS TUBULAÇÕES DO GRELHADO DA FORNALHA DE UMA CALDEIRA INDUSTRIAL A VAPOR

This study addresses a comprehensive analysis of the failure mechanism in the grill tubes of a mixed boiler used to generate saturated steam in a manufacturing plant. After a renovation in 2020, early pipe failure in 2021 raised concerns. Methods such as liquid penetrants, thickness measurement and computer simulation were used in this study. Results indicated that the work regime, thermal cycles and mechanical flexural loading contributed to the failures. Deviations in the original design, such as the lack of reinforcements and the reduction in recommended tube thicknesses, were also identified. The multidisciplinary analysis strengthened the evidence of the failure mechanism due to corrosion, fatigue and cracking. The study identified causes and also provided valuable information to improve boiler reliability and performance.

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Publication Details

Journal
Colloquium Exactarum
Published
2024-11-19
DOI
https://doi.org/10.5747/ce.2024.v16.e425
Primary Topic
Mechanical Failure Analysis and Simulation
Type
article
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article

ANÁLISE DE FALHA DAS TUBULAÇÕES DO GRELHADO DA FORNALHA DE UMA CALDEIRA INDUSTRIAL A VAPOR

Henrique Claro Xavier, Cesar Augusto Maria Zanutto, Vitor Franco Girardi, Jéssica Martha Nunes
Colloquium Exactarum
Mechanical Failure Analysis and Simulation
article

ANÁLISE DE FALHA DAS TUBULAÇÕES DO GRELHADO DA FORNALHA DE UMA CALDEIRA INDUSTRIAL A VAPOR

Henrique Claro Xavier, Cesar Augusto Maria Zanutto, Vitor Franco Girardi, Jéssica Martha Nunes
article en

Abstract

This study addresses a comprehensive analysis of the failure mechanism in the grill tubes of a mixed boiler used to generate saturated steam in a manufacturing plant. After a renovation in 2020, early pipe failure in 2021 raised concerns. Methods such as liquid penetrants, thickness measurement and computer simulation were used in this study. Results indicated that the work regime, thermal cycles and mechanical flexural loading contributed to the failures. Deviations in the original design, such as the lack of reinforcements and the reduction in recommended tube thicknesses, were also identified. The multidisciplinary analysis strengthened the evidence of the failure mechanism due to corrosion, fatigue and cracking. The study identified causes and also provided valuable information to improve boiler reliability and performance.

Colloquium ExactarumVol. 16(1)
Universidade do Oeste Paulista (BR)
Affordable and clean energy
Openalex Percentile: Top 79%
Mechanical Failure Analysis and Simulation
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