Thermodynamics and Ship Energy Management
Syllabus
- Energy basics and measurement systems
- Heat, heat balance, zero principal law of thermodynamics,
- First law of thermodynamics, absolute work and internal energy, technical work and enthalpy,
- Equation of state of ideal gases and specific heat,
- Gas mixtures, Dalton's law,
- Changes in the state of ideal gases,
- The second major law of thermodynamics, circular processes (steam and cooling), reversibility and irreversibility of processes, entropy, loss of work,
- Circular processes,
- Humid air,
- Aggregate transformations,
- Evaluation of processes.
- Heat transfer
Content according to IMO Model course 7.02:
THERMODYNAMICS AND HEAT TRANSMISSION
- Gas cycles/engine analysis
- Properties of vapours
- Steam cycles
- Refrigeration
- Combustion
- Heat transfer
- Air conditioning
More...
Goals and competencies
The subject of TERMODINAMICS is in accordance with the provisions of the STCW Convention. Within the course student develops a critical and logical assessment of heat and work phenomena and prepares mathematical evaluation of practical problems and the application of the laws of thermodynamics in other professional subjects.
Special features: Implementation of learning content in accordance with the STCW Convention A-III/1, A-III/2, A-III/3 and IMO model course 7.04 and 7.02
Basic literature
- YA. Cengel, MA. Boles; Thermodynamics – an engineering approach (lectures + solution manual), 2015
- SCHAUM's Outlines – Thermodynamics for engineers, 2014