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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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