Thermal Turbines (E151554)

Departments: | ústav energetiky (12115) | ||

Abbreviation: | TT | Approved: | 28.08.2019 |

Valid until: | ?? | Range: | 2P+2C |

Semestr: | Credits: | 5 | |

Completion: | Z,ZK | Language: | EN |

Annotation

Power machines and systems.

Laws of energy transformations.

Thermal cycles in power engineering, importance, efficiency, development.

Basics of steam cycles concept in power engineering.

Steam turbines.

Basics of gas cycles concept in power engineering.

Gas turbines

Combined cycle.

Laws of energy transformations.

Thermal cycles in power engineering, importance, efficiency, development.

Basics of steam cycles concept in power engineering.

Steam turbines.

Basics of gas cycles concept in power engineering.

Gas turbines

Combined cycle.

Teacher's

Ing. Ondřej Bartoš Ph.D.

Letní 2019/2020

Structure

Power machines and systems.

Laws of energy transformations.

Thermal cycles in power engineering, importance, efficiency, development.

Basics of steam cycles concept in power engineering.

Steam turbines.

Basics of gas cycles concept in power engineering.

Gas turbines

Combined cycle.

Laws of energy transformations.

Thermal cycles in power engineering, importance, efficiency, development.

Basics of steam cycles concept in power engineering.

Steam turbines.

Basics of gas cycles concept in power engineering.

Gas turbines

Combined cycle.

Structure of tutorial

Power machines and systems.

Laws of energy transformations.

Thermal cycles in power engineering, importance, efficiency, development.

Basics of steam cycles concept in power engineering.

Steam turbines.

Basics of gas cycles concept in power engineering.

Gas turbines

Combined cycle.

Laws of energy transformations.

Thermal cycles in power engineering, importance, efficiency, development.

Basics of steam cycles concept in power engineering.

Steam turbines.

Basics of gas cycles concept in power engineering.

Gas turbines

Combined cycle.

Literarture

Requirements

Keywords