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New Approach to Analysis of Selected Measurement and Monitoring Systems Solutions in Ship Technology
Boleslaw Dudojc1, Janusz Mindykowski2
1Gdynia Maritime University, Department of Marine Electrical Power Engineering, ul. Morska 81-87, 81-225 Gdynia, Poland. b.dudojc@we.umg.edu.pl.
Sensors (Basel, Switzerland)
|April 25, 2019
Summary
This study examines critical ship measurement systems, focusing on main engine monitoring and hazardous area temperature detection. It highlights innovative solutions for safe and efficient vessel operation.
Area of Science:
- Marine Engineering
- Ship Systems Monitoring
- Measurement Technology
Background:
- Modern cargo ships rely on complex measurement and control systems for safe and efficient operation.
- Understanding the role of local and remote, manual and automatic control is crucial for ship systems.
- Gdynia Maritime University (GMU) has made significant innovative contributions to maritime measurement technology.
Purpose of the Study:
- To analyze specific measurement systems in ship operations through case studies.
- To present the structure of a modern cargo ship as an object of measurement and control.
- To evaluate innovative measurement solutions considering technical, environmental, and legal aspects.
Main Methods:
- Analysis of selected case studies on ship measurement systems.
- Overview of vital measuring and monitoring systems for safe ship operation.
- Evaluation of technical innovation, environmental conditions, and legal requirements.
Main Results:
- Focus on main engine operational parameter monitoring and hazardous area temperature measurement.
- Analysis includes technical innovation and ship technology environment conditions.
- Consideration of relevant legal requirements for chosen measurement systems.
Conclusions:
- Selected measurement systems are vital for safe and effective ship operation.
- GMU's innovative contributions are significant in advancing maritime measurement.
- Analysis emphasizes the integration of technical solutions with operational and regulatory demands.
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