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Content :
Thermodynamic Cycle
Vapour power cycle
Gas power cycle
Gas Turbine
Closed cycle
Advantage of closed cycle
Disadvantage of closed cycle
Thermal efficiency
Combustion chamber
Isentropic efficiency
Effectiveness or Thermal ratio or Degree of Regeneration
Reheating
Effects of reheating
Actual Gas Turbine
Mechanical losses
Rankine cycle
Carnot cycle in thermal power plant
Efficiency for Rankine cycle
Reheat cycle
Regeneration
Effect of regeneration
Compressor
Volumetric Efficiency
Conclusion
Multi stage compressor
Isothermal efficiency
Rotary Compressor
Velocity Diagram
Relative velocity
Stagnation state
Centrifugal compressor
Types of blades
Slip factor
Pre- whirl
Axial compressor
Degree of reaction
Nozzles and Diffusers
Nozzle friction
Nozzle efficiency
Effects of nozzle friction
Superheated flow
Effects of super heated flow
Thermal power plant
Steam turbine
Principle of operation
Tandem compounded
Carry over coefficient
Parsions Reaction Turbine
Water circulation
Tyoes of circulation
Natural circulation
Forced circulation
Super heater
Reheater
Desuper heater
Regenerative
Electro static precipitator
Compressible fluid
Stagnation velocity of sound
Maximum velocity of fluid
Converging - Diverging Nozzle
Conditions
Variation of math number with duct length
Rayleigh flow
Slope for Rayleigh flow
Slope for constant enthalpy line
Shock wave
Normal shock wave
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