[Steam Turbine Structure and Operating Principles] 3.Construction and Operating Principles of Steam Turbines-Online Course-CATECP

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[Steam Turbine Structure and Operating Principles] 3.Construction and Operating Principles of Steam Turbines

Lesson Code: TCEN2026I048

Clicks：

LIKE

Academic Hours

1.80hours

Publish Date

Nov 2026

Lecturer

1. Lecturer LI YubingWuhan Electric Power Technical College

2. Lecturer YU LingWuhan Electric Power Technical College

3. Lecturer QIU ChenguangWuhan Electric Power Technical College

General Introduction

This course focuses on developing students’ ability to understand the working principles and structural components of steam turbines, primarily by teaching the working principles, structural components,

and other aspects of steam turbines, thereby laying a solid foundation for students to engage in steam turbine operation and maintenance and other work as well as for their sustainable development.

This Course is for

1. Helping trainees master the structural components of the steam turbine.
2. Equipping trainees to master the working principles of the steam turbine.
3. Enabling trainees to master the factors affecting the economic performance of steam turbine operation.
4. Laying the necessary foundation for further learning of the knowledge and skills in steam turbine governing and operation.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Bank

Recognized By

Benefits of Learning

1. Being able to correctly identify the structural forms, materials, and assembly relationships of the main components of the steam turbine proper (such as rotor, cylinder, diaphragm, blades, bearings, etc.).
2. Understanding how to analyze the energy conversion process within a steam turbine stage, master core concepts such as internal efficiency and degree of reaction, and use them to explain performance variations under different operating conditions.
3. Being able to identify common loss types in steam turbines (such as throttling loss, leakage loss, wetness loss, mechanical loss, etc.), analyze their influencing factors, and propose improvement suggestions.

Courses Videos

1.1 Working Principle of a Steam Turbine Stage.mp4play 1.2 Degree of Reaction of a Turbine Stage.mp4play 1.3 Steam Flow Through a Turbine Stage.mp4play 2.1 Introduction to Steam Turbine Structure.mp4play 2.2 Introduction to Moving Blade Structure.mp4play 2.3 Critical Speed of the Rotor.mp4play 2.4 Steam Turbine Sliding-Key System.mp4play 2.5 Steam Turbine Gland Seals.mp4play 2.6 Bearings.mp4play 2.7 Turning Gear.mp4play 2.8 Condenser Equipment.mp4play 2.9 Common Causes of Condenser Vacuum Deterioration.mp4play 2.10 Air Ejector.mp4play 3.1 Losses in a Steam Turbine Stage and Mitigation Measures.mp4play 3.2 Losses in Multistage Steam Turbines and Mitigation Measures.mp4play

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