A Journey Through A Jet-Engine
Doctors use 2D X-ray images of limbs to diagnose fractures; we use penetrating X-ray or neutron beams to get 3D images of structures to prevent unexpected failures, and to help introduce new materials and materials manufacturing techniques into jet engines safely.


Doctors get 2D images of bodies to diagnose fractures.

Using X-rays, we can get 3D images of structures.

With X-ray, we can see the structure inside a turbine blade"

In effect, we have an engineering body scanner creating a virtual 3D replica of the critical components of a jet engine. We have assembled these 3D images into a journey through the jet engine.

Aeroengines in museums look rather boring from the outside, but inside they are packed with materials innovations. This 2D (3D-rendered) version of "Journey Through a Jet-Engine" tool brings to life current materials research and enables the student to wander and investigate animations, fact sheets and video clips at their own speed

What's in the tool?
Travel at your own speed and find out (click on the images to magnify):

The journey tells how a jet engine works
Explains using the master cards which materials are used
Learn about new materials innovations
Shows how parts are made
Shows how parts are tested

You are encouraged to view this journey before attempting the 'Jet-Engine Designer Challenge'


How is this tool linked to the schools curricula in UK ?
It will directly support the 21st Century GCSE Science syllabus as well as providing material for Advancing Physics A-Level.


The Journey Through A Jet-Engine is available now @ our Toolkit for School page ! Click here to Login now
(Please note that you will be asked to install Microsoft Silverlight (if you hadn't done so) before attempting to use any of our tools.