Classes

Quality management

  • Introduction to quality
  • ISO 9001
  • Statistical quality control (flow charts)

Turbo machines

  • Basics
  • similarity
  • 1-D flow and work transfer
  • 2-D flow
  • 3-D flow
  • hydraulic turbines
  • pumps
  • compressors
  • steam turbines
  • gas turbines  

Design of pipelines

  • Head loss calculations
  • Pump selection 
  • network analysis
  • stresses in pipelines  

Numerical methods in thermal engineering.

  • Numerical integration
  • solution of ordinary differential equations
  • solution of nonlinear equations
  • solution of set of equations
  • interpolation
  • curve fitting
  • solution of partial differential equations using finite difference   

Advanced fluid mechanics.

  • Differential conservation laws of flow
  • Incompressible viscous flow
  • Potential flow
  • boundary layer flow
  • gas dynamics
  • positive displacement pumps
  • drag and lift
  • Water hammer  

Basic Fluid mechanics.

  • Fluid properties
  • fluid statics and buoyancy
  • fluid dynamics( integral conservation laws of flow)
  • dimension analysis
  • flow in pipe lines
  • introduction to compressible flow
  • introduction to turbo machines 

Fluid mechanics experiments

  • Sensors and signal processing
  • Drag measurement using Wind tunnel
  • Pressure distribution using wind tunnel
  • Pipe lose
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