Gas Turbines: A Handbook of Air, Land and Sea Applications
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[ELSEVIER Butterworth-Heinemann LOGO]Technology: Engineering. GeneralGas Turbines A Handbook of Air, Land and Sea ApplicationsClaire Soares Registered professional engineer in Texas, turbo machinery specialist in the oil and gas, power generation, and process industries. Currently serves as managing director of EMM Systems in Dallas, Texas. KEY FEATURES• Overview of major components, with a brief history of theory and development• Important maintenance-related chapters • Unique offering of manufacturer’s specifications and performance criteria and future trends • One-of-a-kind guidance on the economics and business management of turbine selection, as well as on installation and instrumentation/calibrationNo other current publication offers the professional engineer or technician the wealth of useful guidance on nearly every aspect of gas turbine design, installation, operation, maintenance and repair as this bookdoes. Gas Turbines makes the job of any engineer involved in the design, selection, operation and maintenance of most nearly any type of gas turbine more efficient and more successful. The book offers the reader a “big picture” view of how to make the right decisions when planning what type of gas turbine to use for a particular application, taking into consideration not only operational requirements but long-term life-cycle costs in upkeep and repair and future usage.Concise overviews of all important theoretical bases in thermodynamics and fluid dynamics upon which gas turbine engines depend are presented. The author is an experienced industry consultant, with experience at such leading manufacturers of gas turbines as GE and Rolls Royce and relates how factors affect proper design, correct selection and specifications, and long-term successful operation for the application in question.. The book offers professional engineers hard-to-find manufacturer’s data with extensive interpretation and explanation. Contents: Chapter 1: Gas turbines: An Introduction and Applications.; Chapter 2: History of gas turbines.; Chapter 3: Basic heat cycles of gas turbine applications; Chapter 4: Major components; Chapter 5: Cooling and load bearing systems; Chapter 6: Inlets, exhausts and noise suppression. ; Chapter 7: Fuels; Chapter 8: Accessory systems; Chapter 9: Controls, Instrumentation and Diagnostics; Chapter 10: Gas turbine performance, performance testing and performance optimization; Chapter 11: Environmental technology; Chapter 12: Maintenance, Repair and Overhaul; Chapter 13: Installation; Chapter 14: Manufacturing, materials; Chapter 15: The business of gas turbines; Chapter 16: Microturbines, Fuel cells and hybrids; Chapter 17: Education and training; Chapter 18: Future trends; Chapter 19: Basic design theory; Chapter 20: References and Resources Related titles:The Gas Turbine Handbook, 2nd Edition, Boyce, 2001, 9780884157328Fluid Mechanics and Thermodynamics of Turbomachinery, 5th edition, Dixon, 9780750678704Combustion, 3rd edition, Glassman, 1996, 9780122858529
Chapter 1: Gas turbines: An Introduction and Applications.Chapter 2: History of gas turbines.Chapter 3: Basic heat cycles of gas turbine applications Chapter 4: Major components Chapter 5: Cooling and load bearing systems Chapter 6: Inlets, exhausts and noise suppression. Chapter 7: Fuels Chapter 8: Accessory systems Chapter 9: Controls, Instrumentation and Diagnostics Chapter10: Gas turbine performance, performance testing and performance optimization Chapter 11: Environmental technology Chapter 12: Maintenance, Repair and Overhaul Chapter 13: Installation Chapter 14: Manufacturing, materials Chapter 15: The business of gas turbines Chapter 16: Microturbines, Fuel cells and hybrids Chapter 17: Education and training Chapter 18: Future trends Chapter 19: Basic design theory Chapter 20: References and Resources
