Analysis Of Main Bearing Wear On Auxiliary Engine On Board Jhoni XLV
Keywords:
main bearing wear, auxiliary engine, engine, shipAbstract
This study aims to analyze the level of wear on the main bearing auxiliary engine of the Jhoni XLV ship. The study focused on identifying the main causes of wear and its impact on engine performance. The research method uses direct observation and measurement with precision tools. The results showed significant wear and tear caused by high workloads and routine maintenance neglect. It is recommended that lubrication system repairs and periodic inspections be carried out to prevent further damage. This research contributes to the maintenance of ship engines to support optimal operations.
References
A.P, B. W. (2021). Implementation of marine guard duties at Mt. Pegaden/P.1024 in accordance with Stcw 1978 Manila Amendment 2010. Pip Makassar, 75(17), 399–405.
Arguelles, R. P., Maza, J. A. G., Martín, F. M., & Bartolomé, M. (2021). Ship-To-Ship Dialogues And Agreements For Collision Risk Reduction. Journal Of Navigation, 74(5), 1039–1056.
Hardyanto, I. R. (2022). Analysis of the Implementation of the Anchorage Guard Service in Preventing Ship Collisions (Mt. Sele). In Pip Makassar (Number 8.5.2017).
International Maritime Organization. (1978). International Convention For The Prevention Of Pollution From Ships, 1973 And Protocol Of 1978 Relating Thereto (Marpol 73/78). Imo.
International Maritime Organization (Imo). (2020). International Safety Management (Ism) Code And Guidelines On Implementation. London: Imo Publishing.
Isgott, & Witherby. (2006). International Safety Guide For Oil Tankers & Terminals. Witherby & London Co. Ltd., 1–422.
Jonathan Lengkoan, Wahju Wibowo, A. S. (2022). Optimization of the Guard Service to prevent the danger of collisions on ships. 3(1), 20–24.
