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The exhaustive list of topics in Turbo Machines in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Turbomachines :
    • Classification of Fluid Machines.
    • Energy Transfer in Fluid Machines.
    • More About Energy Transfer in Turbomachines.
    • Impulse and Reaction machines.
    • Principles of Similarity and Dimensional Analysis
    • Specific Speed.
  • Gas Turbine System and Propulsion :
    • Gas Turbine System and Thermodynamic Analysis (Brayton Cycle).
    • Various components of Gas Turbine and Propulsion systems.
    • Power input factor.
    • Losses in Centrifugal Compressors.
    • Compressor characteristics.
    • Axial Flow Compressors.
    • Velocity diagrams.
    • Degree of Reaction.
    • Compressor characteristics.
  • Cascade Theory, Axial Flow Turbine and Propulsion System :
    • Elementary Cascade Theory.
    • Compressor Cascade.
    • Turbine.
    • Cascade.
    • Effect of Viscous Flow.
    • Blade Efficiency (or Diffusion Efficiency).
    • Cascade Nomenclature.
    • Axial Flow Turbine.
    • Degree of Reaction.
    • Calculation of Stage Efficiency.
    • Turbine Performance.
    • Gas Turbine Combustors.
    • Basic ideas of Turbojet.
    • Turboprop.
    • Turbofan Engines.
    • Ramjet Engine.
  • Steam Turbines :
    • Flow through nozzles.
    • Stagnation properties.
    • Sonic properties.
    • Isentropic expansion through nozzles.
    • Effect of Area Variation on Flow Properties in Isentropic Flow.
    • Isentropic Flow of a vapor or gas through a nozzle.
    • Steam nozzles.
    • Steam Turbine.
    • The Single-Stage Impulse Turbine.
    • The Compounding of the Impulse Turbine (Velocity and Pressure).
    • Reaction Turbines.
    • Stage Efficiency and Reheat factor.
  • Hydraulic Turbines :
    • Impulse Turbine: Pelton Wheel.
    • Analysis of Force on the Bucket and Power Generation.
    • Specific Speed and Wheel Geometry.
    • Governing, Limitation.
    • Reaction Turbine: Francis Turbine.
    • Runner.
    • Casing.
    • Draft Tube.
    • Head across a Reaction Turbine.
    • Blade Efficiency.
    • Kaplan Turbine.
    • Shape of Francis Runner.
    • Types of Draft Tubes.
    • Cavitation.
    • Performance Characteristics.
    • Comparison of Specific Speeds of Hydraulic Turbines.
    • Governing.
    • Bulb Turbines.
  • Pumps:
    • Pumping System and the Net Head Developed.
    • Centrifugal Pump Impeller.
    • Velocity triangles.
    • Slip Factor.
    • Losses and Characteristics of a Centrifugal Pump.
    • Flow through Volute Chambers.
    • Cavitation in Centrifugal Pumps.
    • Axial Flow or Propeller Pump.
    • Velocity Triangle and Analysis.
    • System Characteristics and Matching.
    • Pumps in Series and Parallel.
  • Fans and Blowers :
    • Working Principle of a Centrifugal Blower.
    • Velocity Triangle.
    • Parametric Calculations: Work, Efficiency, Number of Blades and Impeller size.
    • Fan Laws.
    • Performance of Fans.