Aerospace Engineering > Aerodynamics

## Aircraft Propulsion

Learn the Concepts of Aircraft Propulsion and test your knowledge

## Basic Introduction & Thermodynamics

In this topic, we learn about basics of thermodynamics, energy equations,  various thermodynamic cycles, types of engines, governing equations and other basic concepts.

## Compressor and Diffuser

In this topic, we learn about compression process, centrifugal and axial compressor, blades, velocity triangles, optimization, surge and stall phenomenon, characteristics curve.

## Combustion

In this topic, we learn about Bernoulli’s Equation, Venturi, Pitot Tube, Potential Flows, Combination Flows, Lift over cylinder, Kutta Joukowski Theorem

## Incompressible Flow over Airfoils

In this topic, we learn about Airfoil Characteristics & Nomenclature, Kutta Condition, Circulation theorem, Thin Airfoil Theory, Airfoil Drag

## Incompressible Flow over Finite Wings

In this topic, we learn about Downwash, Induced Drag, Biot Savart law, Helmholtz Theorem, Prandtl Lifting line Theory, Lifting Surface Theory and Delta Wing

## 3-D Incompressible Flow

In this topic, we learn about three dimensional source, three dimensional doublet, flow over sphere, 3D Panel Techniques, Applied Aerodynamics using CFD

## Viscous Flow and Boundary Layers

In this topic, we learn about Viscosity, Navier Stokes Equation, Energy Equation, Boundary Layers, Laminar Boundary Layers, Turbulent Boundary Layers

## 2D Viscous Flow and Applications

In this topic, we learn about Governing Equations for 2D Viscous Flow, Couette Flow, Poiseuille’s Flow, Fluid Flowing between two moving drums in tangential direction

## Compressible Flow: Basic Introduction

In this topic, we learn about Thermodynamics, Compressibility, Governing Equations, Total (Stagnation) Conditions, Supersonic Flow and Shock Waves

## Supersonic Flow: Normal Shock Waves

In this topic, we learn about Normal Shock Equations, Speed of Sound, New form of Energy Equation, Calculation of Normal Shock wave properties, Velocity Measurement

## Oblique Shocks and Expansion Waves

In this topic, we learn about Oblique Shocks, Flow over wedges and cones, Prandtl Meyer Expansion waves, Supersonic Airfoils, Shock Wave – Boundary Layer Interaction

## Nozzles, Diffusers and Wind Tunnels

In this topic, we learn about Governing Equations for Quasi 1D Flow, Nozzles, Diffusers, Supersonic Wind Tunnels, Area Velocity Relation, Nozzle Characteristics

## Linearized Subsonic Flow over Airfoils

In this topic, we learn about Oblique Shocks, Flow over wedges and cones, Prandtl Meyer Expansion waves, Supersonic Airfoils, Shock Wave – Boundary Layer Interaction

## Linearized Supersonic Flow

In this topic, we learn about Derivation of Linearized Supersonic Formula, Applications to Supersonic Airfoils and Viscous Flow Applications: Supersonic Airfoil Drag

## Test Your Knowledge

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