A Practical guide to steam turbine technology
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書誌事項
A Practical guide to steam turbine technology
McGraw-Hill, c1996
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内容説明・目次
内容説明
Let one of industry's leading authorities on machinery reliability show you how to select, operate, and maintain optimal-cost, high-quality mechanical drive steam turbines that work at maximum efficiency with minimum downtime. This indispensable "quick-reference" guide offers you authoritative information on the operating characteristics...efficiencies...design features...reliability...and maintenance of condensing, extraction, and back-pressure machines - impulse as well as reaction type."A Practical Guide to Steam Turbine Technology" features: the latest design and manufacturing details incorporated in mechanical drive steam turbines manufactured in the United States and Europe; complete guidance on the various types of turbines available for the heavy process industries; details on variable speed drives and intermediate gearing; details on the arrangements, material composition, and basic physical laws governing the design of steam turbines; tips on selecting optimum configurations, controls, and components for your specific needs.
Essential for mechanical and chemical engineers as well as plant operations personnel, this comprehensive, practical sourcebook will give you the expertise required to capitalize on the newest steam turbine and intermediate transmission unit innovations - and improve your plant's efficiency, availability, and profitability.
目次
Introduction. Turbine Casing and Major Stationary Components. Bearings for Mechanical Drive Turbines. Rotors for Impulse Turbines. Rotors for Reaction Turbines. Turbine Blade Design Overview. Turbine Auxillaries. Governors and Control Systems. Couplings and Coupling Considerations. Rotor Dynamics Technology. Campbell, Goodman, and SAFE Diagrams for Steam Turbine Blades. Reaction vs. Impulse Type Steam Turbines. Transmission Elements for High-Speed Turbomachinery. Shortcut Graphical Methods of Turbine Selection. Elliott Shortcut Selection Method for Multivalve, Multistage Steam Turbines.
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