Electropulsing Treatment Technology: From Damage Repair to Lifetime Prolong for Long-Service-Cycle Machinery

Conventional mechanical repair technology exhibit inherent limitations in the long-service-cycle equipment such as marine power systems and aerospace components, characterized by insufficient repair precision, material property degradation, and high shutdown cost. Electropulsing Treatment (EPT) achieves controlled repair of micro-damage by both compressive stress (from localized Joule heating) and dislocation motion (activated by electron wind forces). The experiment in laboratory validate its effectiveness in fatigue crack healing. The industrial case shows that the technology can restore 95% of the performance of failed equipment and prolong the life of key components by more than 20 %. These researches position the technology as an advanced approach for prolonging industrial equipment service lifetimes.

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Publication Details

Published
2025-04-12
DOI
https://doi.org/10.1109/isssr65654.2025.00077
Primary Topic
Electromagnetic Effects on Materials
Type
article
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article

Electropulsing Treatment Technology: From Damage Repair to Lifetime Prolong for Long-Service-Cycle Machinery

Feiyun Cong, Dong Chen, Hongwei Wu, Rongwei Ye et al.
Electromagnetic Effects on Materials
article

Electropulsing Treatment Technology: From Damage Repair to Lifetime Prolong for Long-Service-Cycle Machinery

Feiyun Cong, Dong Chen, Hongwei Wu, Rongwei Ye, Zhijie Shi
article en

Abstract

Conventional mechanical repair technology exhibit inherent limitations in the long-service-cycle equipment such as marine power systems and aerospace components, characterized by insufficient repair precision, material property degradation, and high shutdown cost. Electropulsing Treatment (EPT) achieves controlled repair of micro-damage by both compressive stress (from localized Joule heating) and dislocation motion (activated by electron wind forces). The experiment in laboratory validate its effectiveness in fatigue crack healing. The industrial case shows that the technology can restore 95% of the performance of failed equipment and prolong the life of key components by more than 20 %. These researches position the technology as an advanced approach for prolonging industrial equipment service lifetimes.

Zhejiang Energy Group (China) (CN), Zhejiang University (CN)
Clean water and sanitation
Openalex Percentile: Top 89%
Electromagnetic Effects on Materials
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Electropulsing Treatment Technology: From Damage Repair to Lifetime Prolong for Long-Service-Cycle Machinery — Feiyun Cong, Dong Chen, et al. · (2025) | TGRS Research Map | TGRS