Cargando…
Turbines compressors and fans
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
New York, N.Y. :
McGraw-Hill Education LLC.,
c2011, c2005, c2002, c1983.
|
| Edición: | 4th ed. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- A. Foreword
- B. Preface to the fourth edition
- C. Preface to the first edition
- D. Acknowledgements
- 1. Introduction
- Turbomachines
- Turbines
- Pumps and compressors
- Fans and blowers
- Compressible flow machines
- Incompressible flow machines
- Turbine, compressor and fan stages
- Extended turbomachines
- Axial stages
- Radial stages
- Mixed flow stages
- Impulse stages
- Reaction stages
- Variable reaction stages
- Multi-stage machines
- Stage velocity triangles
- Design conditions
- Off-design conditions
- Applications
- Notation for chapter 1
- Questions
- 2. Thermodynamics
- Basic definitions and laws
- Energy equation
- Adiabatic flow through nozzles
- Adiabatic flow through diffusers
- Work and efficiencies in turbine stages
- Work and efficiencies in compressor stages
- Notation for chapter 2
- Solved examples
- Questions and problems
- 3. Gas turbine plants
- Open and closed circuit plants
- Gas turbine power cycles
- Improvements in the constant pressure cycle
- Aircraft gas turbine plants
- Gas turbines for surface vehicles
- Gas turbines for electric power generation
- Gas turbines in petro-chemical industries
- Gas turbines in cryogenics
- Miscellaneous applications of gas turbines
- Notation for chapter 3
- Solved examples
- Questions and problems
- 4. Steam turbine plants
- Types of steam turbines
- Steam power cycle
- Improvements in plant efficiency
- Heat rate
- Industrial steam turbines
- Combined steam and gas turbine plants
- Nuclear steam power plants
- Notation for chapter 4
- Solved examples
- Questions and problems
- 5. Combined cycle plants
- The basic combined cycle
- Steam generators
- Thermal efficiencies and power output
- Fuels for combined cycle plants
- Variable load operation
- Advantages and disadvantages
- Notation for chapter 5
- Solved examples
- Question and problems
- 6. Fluid dynamics
- Basic definitions
- Equations of motion?cartesian coordinate system
- Equations of motion?cylindrical coordinate system
- Equations of motion?natural coordinate system
- Further notes on energy equation
- Isentropic flow through blade passages
- High-speed flows
- Aerofoil blades
- Energy transfer in turbomachines
- Notation for chapter 6
- Solved examples
- Questions and problems
- 7. Dimensional analysis and performance parameters
- Units and dimensions
- Buckingham's ?-theorem
- Principle of similarity
- Incompressible flow machines
- Compressible flow machines
- Performance of turbines
- Performance of compressors
- Performance of fans and blowers
- Performance of cascades
- Notation for chapter 7
- Solved examples
- Questions and problems
- 8. Flow through cascades
- Two-dimensional flow
- Cascade of blades
- Cascade tunnel
- Axial turbine cascade219
- Axial compressor cascades
- Annular cascades
- Radial cascades
- Notation for chapter 8
- Solved examples
- Questions and problems.
- 9. Axial turbine stages
- Stage velocity triangles
- Single impulse stage
- Multi-stage velocity-compounded impulse
- Multi-stage pressure-compounded impulse
- Reaction stages
- Blade-to-gas speed ratio
- Losses and efficiencies264, 273, 286
- Performance charts
- Low hub-tip ratio stages287
- Partial admission turbine stages303 ? 343
- Supersonic flow
- Notation for chapter 9
- Solved examples
- Questions and problems
- 10. High temperature (cooled) turbine stages
- Effects of high gas temperature
- Methods of cooling
- High temperature materials
- Heat exchange in a cooled blade
- Ideal cooled stage360
- Actual cooled stage
- Notation for chapter 10
- Questions and problems
- 11. Axial compressor stages
- Stage velocity triangles
- Enthalpy?entropy diagram
- Flow through blade rows
- Stage losses and efficiency
- Work done factor412,413
- Low hub-tip ratio stages
- Supersonic and transonic stages
- Performance characteristics
- Notation for chapter 11
- Solved examples
- Questions and problems
- 12. Centrifugal compressor stage
- Elements of a centrifugal compressor stage
- Stage velocity triangles
- Enthalpy-entropy diagram
- Nature of impeller flow
- Slip factor455, 488, 490
- Diffuser
- Volute casing608?627
- Stage losses456, 487
- Performance characteristics463, 473, 486, 489
- Notation for chapter 12
- Solved examples
- Questions and problems
- 13. Radial turbine stages
- Elements of a radial turbine stage
- Stage velocity triangles
- Enthalpy-entropy diagram
- Stage losses196,500
- Performance characteristics501,508,514
- Outward-flow radial stages
- Notation for chapter 13
- Solved examples
- Questions and problems
- 14. Axial fans and propellers
- Fan applications542,558
- Axial fans530?560
- Fan stage parameters
- Types of axial fan stages
- Propellers549
- Performance of axial fans530,532,537
- Notation for chapter 14
- Solved examples
- Questions and problems
- 15. Centrifugal fans and blowers
- Types of centrifugal fans
- Centrifugal fan stage parameters
- Design parameters
- Drum-type fans
- Partial-flow fans
- Losses589
- Fan bearings
- Fan drives
- Fan noise566,580
- Dust erosion of fans
- Notation for chapter 15
- Solved examples
- Questions and problems
- 16. Wind turbines
- Elements of a wind power plant654?705
- Available energy
- Wind energy data
- Selection of site
- Horizontal axis wind turbines
- Vertical axis wind turbines
- Wind power applications
- Advantages and disadvantages
- Notation for chapter 16
- Solved examples
- Questions and problems
- 17. Solar turbine plants
- Elements of a solar power plant
- Solar collectors
- Solar receivers
- Solar energy storage
- Solar ponds
- Solar turbines
- Advantages and disadvantages
- Notation for chapter 17
- Questions.
- 18. Miscellaneous solved problems in turbomachines
- Gas turbine nozzle
- Steam turbine nozzle
- Irreversible flow in nozzles
- Diffuser
- Draft tube
- Gas turbine
- Reheat factor (rhf)
- Air compressor
- Gas turbine plant
- Combined gas and steam power plant
- Combined gas and steam power plant
- Turbo prop gas turbine engine
- Turbojet gas turbine engine
- Ideal single stage impulse turbine
- Impluse steam turbine
- Large centrifugal pump
- Three stage steam turbine
- Ljungstrom turbine
- Blower type wind tunnel
- Axial turbine cascade
- Low reaction turbine stage
- Isentropic or stage terminal velocity for turbines
- Axial compressor stage efficiency
- Axial compressor cascade
- Two-stage axial compressor
- Axial compressor cascade
- Isentropic flow-centrifugal air compressor
- Static pressure ratio in a centrifugal air compressor
- Centrifugal compressor with vaned diffuser
- Inward flow radial gas turbine
- Cantilever type ifr turbine
- Relation of blade to gas speed ratio, degree of reaction, nozzle angle and efficiency with stage efficiency
- Vertical axis cross-flow wind turbine
- Counter rotating fan
- Sirocco radial fan
- Dimensionless parameters for incompressible flow machines
- Dimensionless specific speeds
- Kaplan turbine
- Pelton wheel
- Francis turbine
- Pelton wheel
- Tidal power plant
- Francis turbine
- Pelton wheel
- Kaplan turbine
- Fourneyron turbine
- Cross-flow radial hydro turbine
- Draft tube
- Centrifugal pump
- Centrifugal pump
- Axial pump
- Net positive suction head (npsh) for a pump
- Npsh and thoma's cavitation coefficient for turbines
- Maximum height of hydro turbines above tail race
- Propeller thrust and power
- Notation for chapter 18
- A. Specifications of some aircraft engines
- Principal data for turbo prop engines
- Principal data for a turbojet engine
- Principal data for a turbofan engine
- B. Specifications of some turbine blade sections262,291a
- 10 c4/60 c 50
- T 6 aerofoil blade
- C 90 15 a (russian turbine blade cascade)
- C. Specifications of some compressor blade sections213,242,412
- 12c 4/35 p 30
- 11c 1/45 c 50
- Naca 65?(18) 10
- D. Specifications of some wind turbines*
- Environmental energies, inc.
- Smith putnam machine, vermont (1941-45)
- Wind works, wisconsin, usa
- Wind turbine for electric supply to a light house in futaoi island (japan)
- Gedser mill (denmark)
- Siemens wind turbines
- E. Principal si units and their conversion
- Si units and dimensions
- Conversion of units
- F. Dimensionless numbers for incompressible flow machines
- G. Efficiencies and heat rates of thermal power plants
- H. Specifications of a combined cycle power plant*
- I. Technical data for the bhel 500 mw steam turbine*
- J. Formulas for hydraulic turbines and pumps
- K. Specific speeds of various turbomachines
- O. Materials for turbomachines
- P. Turbomachinery laboratory
- Equipment
- Undergraduate course (0-0-2)
- Post graduate course (0-0-2)
- Q. Select bibliography
- Turbomachinery (books)
- Thermodynamics (books)
- Gas turbine plants
- Steam turbine plants
- Fluid mechanics (books)
- Gas dynamics (books)
- Aerodynamics (books)
- Nozzles
- Diffusers
- Wind tunnels and cascades
- Axial turbines
- Partial admission turbines
- High temperature turbines
- Axial compressors
- Centrifugal compressors
- Radial turbines
- Axial fans and propellers
- Centrifugal fans and blowers
- Volute casings
- Wind energy
- Wind turbines
- Instrumentation and measurement in turbomachinery
- Theoretical analysis of flows in turbomachinery
- Miscellaneous topics
- Abbreviations
- R. Supplementary bibliography
- Solar power plants
- Additional references of recent publications.