York Fire Lab

Our fire lab funding was made official with a CFI-ORF grant this September. This funding advances equipment and technology for material study in fire and conducting data collection in HBIF studies with modern camera equipment. The grant will allow the fire testing lab at York University in Toronto, Canada to scale up fire testing technology.…

Defining the Future of Fire Safety Engineering in Canada

Research team member, Matthew Smith, and Engineer at global consulting firm, Entuitive, successfully defended his masters thesis: Towards a Performance-Based Fire Design Framework for Composite Steel Deck Construction in Canada . His thesis and defense were of the highest quality that there were no corrections necessary. Matt was subsequently  nominated for the university's senate medal (he…

Creep of Prestressing Steels in Fire

Our new paper, Creep of Prestressing Steels in fire, is now in press in the journal Fire and Materials (you can access it here; an open access version is to come). It is a great piece about prestressing steels used in Post-tensioned structures. We show how high- temperature creep is effected by the chemical composition of…

Steel Stub Column Undergrad Lab

We did a very ad hoc style image correlation test using a steel stub column in the undergrad labs. Though not really an accurate way to adhere image correlation paint though, however; it was a good illustration of observing yielding and buckling effects on the column as the test progressed. Images in this video were…

Necking of steel

  One of the great things of testing materials with image correlation technologies at ambient and high temperatures is developing educational movies about engineering. Last summer Tom Parker and myself compiled thousands of images from my digital image correlation experiments into these videos. I've posted one example above which is to help teach the principles behind necking of steel…