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  • Mechanical Engineering
  • Gas Dynamics (Web) 
  • Syllabus
  • Co-ordinated by : IIT Guwahati
  • Available from : 2012-08-28
  • Lec :1
Modules / Lectures
  • Basic Concepts
    • Introduction
    • Governing Equations- Mass conservation Equation
    • Governing Equations- Momentum conservation Equation
    • Governing Equations- Energy conservation Equation
  • One Dimensional Compressible flow
    • Speed of Sound and Mach number
    • Normal Shock I
    • Normal Shock II
    • Hugoniot equation
    • Hugoniot Curve
    • Normal Shock analysis using Hugoniot Curve
    • Flow With Heat Addition: Rayleigh flow
    • Flow With Heat Addition: Rayleigh Curve I
    • Flow With Heat Addition: Rayleigh Curve II
    • Rayleigh Flow Equations (Differential Form)
    • 1D flow with Friction: Fanno flow
    • Differential Relation for Fanno flow
    • Analysis of Fanno flow and Fanno Curve
  • Two-Dimensional Flows
    • Oblique Shock I
    • Oblique Shock II
    • Oblique shock: Shock Plolar
    • P- diagram
    • Shock-Shock Interaction: Different Family Shocks
    • Shock-Shock Interaction: Same Family Shocks
    • Shock Reflection
    • Supersonic Expansion
  • Quasi-One Dimensional Flows
    • Basics of Quasi-One Dimensional Flows
    • Flow through Nozzle
  • Linearised Flows
    • Velocity Potential Equation
    • Small Perturbation Theory
    • Supersonic flow over a cone I
    • Supersonic flow over a cone II
    • Introduction to Method of Characteristics
    • Equation of Method of Characteristics
    • Application of Method of Characteristics
  • Unsteady Wave Motion
    • Fundamentals of Shock Tube
    • Shock Tube Relations
  • Introduction to Experimental Facilities
    • High Speed Testing Facilities I
    • High Speed Testing Facilities II
    • Compressible flow visualization
    • Diagnostics and measurement techniques
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