Engineering:Dynamic trimming
Dynamic trimming or dynamic trim optimization is an automated process used to control the trim of a large ship. The trim of a ship is the height difference between the draft of its hull.[1] It represents the angle at which the ship is floating, relative to a designated waterline. This angle is optimized using ballast to achieve minimum water resistance and reduce fuel consumption.[2]
A dynamic trimming system operates continually on seagoing vessels and uses multidimensional analysis of real-time data on vessel attitude collected automatically from sensor networks. The system continuously calculates the key forces affecting the vessel attitude.[3] The key metrics are graphically displayed in specialized software to facilitate decision-making. The system helps officers ensure that their vessels are operated efficiently.[4]
References
- ↑ Swanhart, Christopher (2024-05-10). "Optimizing Dynamic Trim: Design Considerations for High-Performance Boat Hulls - InTheBite" (in en-US). https://inthebite.com/2024/05/optimizing-dynamic-trim-design-considerations-for-high-performance-boat-hulls/.
- ↑ Li, Jiandong; Duan, Wenyang; Chen, Jikang; Ma, Shan; Zhang, Yahui (1 June 2022). "A study on dynamic trim optimization of VLCC oil tanker in wind and waves" (in en-US). Ocean Engineering 253: 111270. ISSN 0029-8018. https://www.sciencedirect.com/science/article/abs/pii/S0029801822006643.
- ↑ "Optimal Dynamic Trim – ODT". SAJ Instrument Ab Ltd. 6 August 2019. https://www.saj.ax/odt-optimal-dynamic-trim/.
