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Faculty of Mechanical Engineering and Naval Architecture, Univ. of Zagreb
Cumulative steel replacement prediction in severely corrosion - affected bulk carriers
Systematic studies on long-term cumulative steel replacement in ships are virtually absent, despite their importance for ship design, maintenance of ageing vessels, and sustainable shipping. Extensive ultrasonic thickness measurement reports and steel renewal records collected throughout the operational lives of 12 bulk carriers were presented and analysed to quantify cumulative steel replacement at both the ship and their lightweight groups. By combining these data with benchmark shipyard information,...
Download 2027 Špiro Ivošević , Natasa Kovac , Nikola Momčilović
MDPI AG
Effect of Corrosion-Induced Structural Degradation on the Ultimate Strength of a High-Tensile-Steel Ship Hull
Standard structural assessments of ship hulls include the evaluation of the elastic structural response. Elastic analysis neglects extreme and unpredicted loadings, which can produce catastrophic outcomes, such as the loss of the ship’s ultimate strength. Moreover, hull elements are considered unaffected by age-related degradation. Therefore, this study models and quantifies the effect of corrosion-induced structural degradation on the ultimate strength of a high-tensile-steel (HTS) cargo ship using...
Download 2024 Špiro Ivošević , Ana Petrović , Nemanja Ilić , Nikola Momčilović , Milan Kalajdžić
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