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00:55Great Western Railway (Wikipedia)
Great Western Railway (Wikipedia) -
01:07Locomotive (Wikipedia)
Locomotive (Wikipedia) -
01:23Piston Valve (Wikipedia)
Piston Valve (Wikipedia) -
02:24Crank Pin (Wikipedia)
Crank Pin (Wikipedia) -
04:39Strain guage (Wikipedia)
Strain guage (Wikipedia) -
05:20Material fatigue (Wikipedia)
Material fatigue (Wikipedia) -
06:05Hammer blow (Wikipedia)
Hammer blow (Wikipedia) -
06:12Cast iron (Wikipedia)
Cast iron (Wikipedia) -
07:27Dee bridge disaster (Wikipedia)
Dee bridge disaster (Wikipedia)
About this video
Steam trains, bridges and potential catastrophe.
Professor Matyn Paview heads out on location and into the test lab to explain the science of cyclic loading.
By testing how cyclical loading patterns differ from static ones he explains how the effect is a crucial consideration when choosing materials for use in load-bearing structures like railway bridges.
To help demonstrate this continuing importance of materials testing in modern engineering Professor Pavier heads to the station, hops on a lop-sided bycical and explores the history of the bridge-collapse in the age of steam.
This film is part of a project funded by the Royal Academy of Engineering to develop the on camera communication skills of engineers across the UK.
Themes
Details
- Type:
- Demo
- Organisations/Partners:
- The Royal Academy of Engineering
- People:
- Professor Martyn Pavier
- Location:
- Bristol, UK
- Published:
- 2012
- Filmed:
- 2012
- Credits:
- Collections with this video:
- Components




