Fluid Mechanics And Heat Transfer

Basic Fluid Mechanics Concepts

• Conservation of mass (EML5709, EML3015C & EML 3016C)
• Conservation of energy (EML5709, EML3015C & EML 3016C)
• Integral Navier-Stokes equations (EML 5709)
• Differential Navier-Stokes equations (EML5709, EML3015C & EML 3016C)
• Differential Euler equations (EML5709, EML3015C & EML 3016C)
• Conservative Navier-Stokes equations (EML 5709)
• Non-conservative Navier-Stokes equations (EML 5709)
• Constitutive equations (EML 5709)
• Boundary conditions (EML 5709)
• Streamlines, pathlines, and streaklines (EML 5709)
• Stream tubes and vortex tubes (EML 5709)
• Circulation and vorticity (EML 5709)
• Vorticity equations (EML 5709)
• Kinematics of vortex lines (EML 5709)
• Flow separation (EML5709)
• Fluid statics (EML3015C & EML 3016C)
• Dimensional analysis (EML3015C & EML 3016C)

Ideal Fluid Flows

• Bernoulli equations (EML 5709)
  • Steady and unsteady
  • Global and streamline
  • Compressible and incompressible
  • Applications (pitot tubes, carburettors, etcetera)
  • Static and total pressures and their measurements
• Complex variables
  • Manipulation of complex numbers (EML 5709)
  • Polar form (EML 5709)
  • Euler's formula (EML 5709)
  • Standard functions (EML 5709)
  • Roots (EML 5709)
  • Conformal mapping (EML 5709)
  • Bilinear transform (EML 5709)
  • Contour integrals (EML 5709)
  • Cauchy integral formula (EML 5709)
  • Residu theorem (EML 5709)
• Two-dimensional potential flows (EML 5709)
  • Conformal mapping (EML 5709)
  • Blasius integral laws (EML 5709)
  • Flow about airfoils (EML 5709)

Viscous Incompressible Flows

• Exact solutions to N-S equations (EML 5709)
• Low-Re number solutions
• Boundary layers (EML 5709)
• Pipe head loss (EML3015C & EML 3016C)

Compressible Inviscid Flows

• Linearized shock tubes including shocks
• Shock waves
• One-dimensional flow through nozzles

Heat Conduction

• Steady state heat conduction in one-dimension.
• Heat conduction in two or more independent variables.
• Unsteady heat conduction (lumped capacitance concept).

Analytic Solutions to Problems of Forced Convection

• Heat and momentum transfer for laminar and turbulent flow inside tubes.
• Heat and momentum transfer for laminar and turbulent external boundary layers.

Heat Transfer by Free Convection

• Analytical solutions of free convection past vertical plane surfaces
• Mixed free and forced convection

Thermodynamics (EML3100)

• First law for a control volume
• Steady state steady flow assumptions
• Uniform state uniform flow assumptions
• Second law for a control volume
• Enthalpy, internal energy, entropy
• Specific heats
• Work and heat

Applied Thermodynamics (EML3101)

• Cycles (Rankine, Carnot, refrigeration, vapor compression, Diesel, Otto) and applications
• Gas mixtures (water vapor and air mixture)
• Combustion (chemical balance, enthalpy of combustion, first law for combusting systems)