Rating 4.68 out of 5 (138 ratings in Udemy)
What you'll learn
- 1-World of Power
- Electricity Production process
- Types of Power stations
- Main components of Power stations
- Rankin cycle components
- Thermodynamics relations in Rankine Cycles.
- Concept of GT operations
- Brayton Cycle introduction
- Modifications on Brayton Cycle
- How Generator works Thermodynamics properties in Brayton Cycle
- Efficacy and related equations Application on GT
- Advantages and Categories of GT
- Engine cycle and its …
Rating 4.68 out of 5 (138 ratings in Udemy)
What you'll learn
- 1-World of Power
- Electricity Production process
- Types of Power stations
- Main components of Power stations
- Rankin cycle components
- Thermodynamics relations in Rankine Cycles.
- Concept of GT operations
- Brayton Cycle introduction
- Modifications on Brayton Cycle
- How Generator works Thermodynamics properties in Brayton Cycle
- Efficacy and related equations Application on GT
- Advantages and Categories of GT
- Engine cycle and its relation to GT cycle
- Types of GT in Aviation and its components Real arrangement in GT in plants
- Compressor Criteria
- Air intake system Anti-Icing system
- Main components of GT Compressor components
- Inlet guide vanes and its control system
- Compressor casing and diffuser
- Classification of compressors
- Required pressure ratio in compressor
- Velocity diagram in compressor
- Diffuser effect
- Aerofoil stall and surging phenomenon
- Main blades problems
- Material used in compressor components
- Compressor Disk
- Methods of securing blades
- Rotor types
- Combustion Chamber
- Enthalpy concept
- Computation triangle
- Computation process and its main problems
- Flash point temperature
- Adiabatic flame temperature Air to fuel ratio
- Computation chamber components
- Computation chamber zones and temperature
- Mixing of air and fuel
- Types of flame tube cooling methods Fuel supply system
- Mixing time
- Types of Computation chambers in Aviation and their advantages and disadvantages Types of Computation chambers in industrial GT
- Turbine sector
- Relation between types of energy and turbines
- Relation between turbine and generator Why thermal energy is needed in turbine sector
- Thermodynamics relations in turbine sector Classification of turbines according to direction of flow
- Difference between Impulse turbine and reaction turbine
- Main components of turbine sector Velocity diagram in turbine sector Velocity coefficient
- Power output relations with
- thermodynamics Transition piece Nozzle guide vanes
- Methods of attaching blades to turbine disk Material used in turbine sector blades
- Nozzle effect
- Turbine blades
- Twisting in turbine blades
- Turbine disk
- Turbine disk
- Types of rotors
- Everyone who wants the course will learn all the contents of the course.
- The course is very special and has a lot of information and explanation for gas turbines
- Taking advantage of the course is excellent because it has good information for everyone who participates in it because the experiences and information are incr
- The course is unique, so I advise everyone to subscribe to it because it has all the contents of the gas turbines.
- This course is provided to you by a company Al Arabia OGS
- The viewer will eventually learn to maintain, repair and technology gas turbines.
- Learn gas turbine systems and the function and function of each part of the turbine and its work
Description
Description of the cycle and parts explained and know each part and its work in gas turbines
1. World of Power
Electricity Production process.
Types of Power stations.
Main components of Power stations.
Rankin cycle components
Thermodynamics relations in Rankine Cycles.
———————————
2.Concept of GT operations
Brayton Cycle introduction
Modifications on Brayton Cycle
How Generator works
Thermodynamics properties in Brayton Cycle.
Efficacy and related equations
Application on GT
Advantages and Categories of GT
Engine cycle and its relation to GT cycle
Types of GT in Aviation and its components
Real arrangement in GT in plants
———————————-
3. Compressor Criteria
Air intake system
Anti-Icing system
Main components of GT
Compressor components
Inlet guide vanes and its control system
Compressor casing and diffuser
Classification of compressors
Required pressure ratio in compressor
Velocity diagram in compressor
Diffuser effect
Aerofoil stall and surging phenomenon
Main blades problems
Material used in compressor components
Compressor Disk
Methods of securing blades
Rotor types
——————————-
4.Combustion Chamber
Enthalpy concept
Computation triangle
Computation process and its main problems
Flash point temperature
Adiabatic flame temperature
Air to fuel ratio
Computation chamber components
Computation chamber zones and temperature
Mixing of air and fuel
Types of flame tube cooling methods
Fuel supply system
Mixing time
Types of Computation chambers in Aviation and their advantages and disadvantages
Types of Computation chambers in industrial GT
——————————-
5. Turbine sector
Relation between types of energy and turbines
Relation between turbine and generator
Why thermal energy is needed in turbine sector
Thermodynamics relations in turbine sector
Classification of turbines according to direction of flow
Difference between Impulse turbine and reaction turbine
Main components of turbine sector
Velocity diagram in turbine sector
Velocity coefficient
Power output relations with thermodynamics
Transition piece
6.Nozzle guide vanes
Methods of attaching blades to turbine disk
Material used in turbine sector blades
Nozzle effect
Turbine blades
Twisting in turbine blades
Turbine disk
Types of rotors
7.Explanation of thermodynamic.theory
8. Thermodynamic.Recap
9. explainCARNOT CYCLE. In
thermodynamics
10.eXplanation.of-.the.-first.-law.of. thermodynamics
11.Information.about.the.Exergy.and.AVailability
12.Brayton cycle. Gas turbin cycle
Paid
Self paced
All Levels
Arabic
1450
Rating 4.68 out of 5 (138 ratings in Udemy)
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