The science of cool
Researchers will begin studying the cooling stage of building fires early next year to determine why steel and concrete connections continue to fracture after the flames have been extinguished.

Researchers at
and
Universities will begin studying the cooling stage of building fires early next year to determine why steel and concrete connections continue to fracture hours and days after the flames have been extinguished.
The outcome could improve the safety of firefighters and the public in the proximity of buildings that have recently been ablaze.
Those involved in the three-year project, led by Prof Colin Bailey of the Mechanical, Aerospace and Civil Engineering Department at Manchester will observe the behaviour of steel-concrete composite structures subjected to different axial restraint conditions and natural fire scenarios.
The Anglo-Dutch steel giant
, one of the project's partners, will keep an overview of the practical applications of the study's findings.
'This research will allow us to look at the full story to make sure we can analyse from the start of the fire to the cooling phase,' said John Dowling, head of the fire protection and engineering department at Corus. 'We have a commitment in the steel industry to leave no stone unturned. We should not take chances.'
Register now to continue reading
Thanks for visiting The Engineer. You’ve now reached your monthly limit of news stories. Register for free to unlock unlimited access to all of our news coverage, as well as premium content including opinion, in-depth features and special reports.
Benefits of registering
-
In-depth insights and coverage of key emerging trends
-
Unrestricted access to special reports throughout the year
-
Daily technology news delivered straight to your inbox
Scientists boost air pollution simulation
In the interest of factual accuracy, the commonly used particle sizes of concern for monitoring air pollution are PM10 and PM2.5, which are sub 10 and...