Course Description

Covers the principles, design, operation, maintenance, and repair of marine steam turbines including their reduction gears, thrust bearings, couplings, governors, and lubrication systems. Line shafting, bearings, and propellers are other topics included. This course also includes an introduction to the design and operation of gas turbines. [Lab time required]

This course consists of three 1-hour classes a week for a semester, six four-hour labs with practical assessments, and a comprehensive final exam.

Entrance requirements

  • Locate and identify all components relating to the training ship’s main propulsion plant
  • Understand and utilize Mollier chart and steam tables
  • Thoroughly understand the operation of the training ship’s boilers

STCW Objectives

Demonstrate knowledge and understanding of the following STCW elements:

  • OICEW-A4.1 Basic construction and operation principles of marine steam turbines
  • OICEW-A4.1 Basic construction and operation principles of marine gas turbines
  • OICEW-A4.1 Basic construction and operation principles of purifiers
  • OICEW-A4.1 Basic construction and operation principles of shafting installations, including propellers

Demonstrate proficiency in the following skills:

Topics

  1. Introduction: Thermodynamics
  2. Turbine classification
  3. Turbine staging
  4. Turbine construction: Blading, rotors
  5. Turbine construction: Diaphragms, casings
  6. Couplings
  7. Reduction gears
  8. Bearings: Journal and thrust
  9. Turbine balancing
  10. Lube oil theory and purification
  11. Lube oil systems
  12. Speed control: Throttles, governors
  13. Turbine operation, start up, securing
  14. Casualty control
  15. Maintenance and repair
  16. Gas turbine construction
  17. Gas turbine operation

Other objectives

  • Prepare or simulate preparation of the main propulsion turbines aboard a steam propelled vessel for start up
  • Explain the design, construction and operation of steam and gas turbines

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