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The Gas Turbine Engine Web Site Quick Links

Introduction

How the Gas Turbine Engine Operates

Animation of Operating Gas Turbine Engine

The Compressor

The Combustion Chamber

The Turbine

Reasons for Laser Diagnostics

Velocity, Pressure, Temperature Measurement Graphs

Measurements Techniques

Velocity of Flow

Laser Induced Fluroescence | Particle Image Velocimetry | Holographic PIV

Laser Doppler Anemometry | Laser Doppler Velocimetry | Doppler Global Velocimetry

3D - PIV | Flow in a Low Pressure System | Planar Laser Induced Fluroescence

Planar Liquid Laser Induced Fluroescence

Spray Diagnostics

Planar Liquid Spray Diagnostics | Phase Doppler Anemometry

Spray Characterisation | Visualisation of Flame Fronts

Measurement of Temperature

Temperature Sensitive Paint | Visualisation of Flame Fronts

Coherent Anti-Stoke Raman Spectroscopy

Measurement of Pressure

Pressure Sensitive Paint | Raman Doppler Velocimetry

 

Emissions

OELWeb Features:
Undergraduate course notes can be found here.

Download FRAN, our fringe analysis software that's free for non-commercial use.

Ever heard an opera singer shake the house down? See what they are doing to themselves.

Do you know how an internal combustion engine works? Find out here.

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This page © 2001 Optical Engineering Laboratory, University of Warwick.
Questions about the OEL and related courses should be directed to Professor Peter Bryanston-Cross
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Page last modified: November 26, 2002