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Archipp Likhachev
Archipp Likhachev

How to Design, Operate, and Maintain Gas and Steam Turbine Power Plants (PDF)



Gas and Steam Turbines: A Comprehensive Guide




If you are interested in learning more about gas and steam turbines, you have come to the right place. In this article, we will provide you with a comprehensive guide on what gas and steam turbines are, how they work, why they are important for power generation and other applications, what are the main types and components of gas and steam turbines, and where you can find more information and pdf downloads of some of the best books on this topic.




gas and steam turbines pdf download



Gas and steam turbines are devices that convert thermal energy into mechanical energy by expanding a fluid (gas or steam) through a series of blades or nozzles attached to a shaft or a wheel. The mechanical energy can then be used to drive a generator, a compressor, a pump, or any other rotating equipment. Gas and steam turbines are widely used in various industries, such as power generation, oil and gas, aviation, marine, chemical, etc.


There are many types and configurations of gas and steam turbines, depending on the fluid used, the pressure ratio, the temperature, the speed, the output power, the application, etc. However, they all share some common components, such as a compressor (or a pump), a combustor (or a boiler), a turbine expander (or a nozzle), an exhaust system (or a condenser), a generator (or a motor), etc.


In this article, we will focus on three main topics related to gas and steam turbines: gas turbine engineering handbook, combined-cycle gas steam turbine power plants, and integrated gasification combined cycle. We will review some of the best books on these topics and provide you with links to download their pdf files for free. Let's get started!


Gas Turbine Engineering Handbook




One of the most comprehensive and authoritative books on gas turbine engineering is the Gas Turbine Engineering Handbook by Meherwan P. Boyce. This book covers all aspects of gas turbine design, operation, maintenance, performance, optimization, troubleshooting, etc. It is suitable for engineers, technicians, students, researchers, managers, etc., who are involved in gas turbine projects.


The book consists of 15 chapters that cover the following topics:



  • Chapter 1: An overview of gas turbines, including gas turbine cycle, gas turbine design considerations, categories of gas turbines, major gas turbine components, etc.



  • Chapter 2: Theoretical and actual cycle analyses for different gas turbine configurations, such as simple cycle, regenerative cycle, intercooled cycle, reheat cycle, steam injection cycle, evaporative regenerative cycle, Brayton-Rankine cycle, etc.



  • Chapter 3: Compressor and turbine performance characteristics, including aerothermodynamics of turbomachinery, compressor and turbine maps, surge and stall phenomena, off-design performance, etc.



  • Chapter 4: Combustion systems and emissions control, including types of combustors, combustion chemistry and kinetics, emissions formation and reduction mechanisms, emissions standards and regulations, etc.



  • Chapter 5: Materials, cooling, and maintenance, including materials selection and properties, coatings and surface treatments, cooling techniques and heat transfer, maintenance practices and procedures, etc.



  • Chapter 6: Bearings and seals, including types of bearings and seals, lubrication systems, bearing and seal failures and troubleshooting, etc.



  • Chapter 7: Gears and couplings, including types of gears and couplings, gear design and analysis, gear failures and troubleshooting, etc.



  • Chapter 8: Rotor dynamics and vibration analysis, including rotor modeling and simulation, rotor balancing and alignment, vibration measurement and diagnosis, vibration control and isolation, etc.



Chapter 9: Controls, instrumentation, diagnostics, and testing, including types of control systems and components, control loops and modes,


  • Chapter 10: Gas turbine performance and optimization, including performance parameters and calculations, performance testing and evaluation, performance enhancement and optimization techniques, etc.



  • Chapter 11: Gas turbine applications, including power generation, cogeneration, combined cycle, mechanical drive, aviation, marine, etc.



  • Chapter 12: Gas turbine selection and installation, including gas turbine sizing and selection criteria, gas turbine installation and commissioning, gas turbine operation and maintenance manuals, etc.