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Unlock the secrets of fire investigation and fire science with our expert guest, Rory Hadden from Edinburgh University.

Rory takes us through his captivating career as a reader at the School of Engineering, sharing insights into his cutting-edge research and the renowned fire engineering group at Edinburgh.

Discover the vital mechanisms of heat transfer—conduction, convection, and radiation—that are crucial for interpreting fire scenes and understanding fire dynamics.

Rory uses compelling examples, such as the heating of a sprinkler bulb and compartment fire flashover, to illustrate these concepts.

You'll learn why mastering these mechanisms is essential for effective fire investigation and communication of fire dynamics, making complex scenarios easier to decipher.

You'll hear about the influential figures in the field, like Dougal Drysdale, and gain an understanding of the University's esteemed fire investigation course that promises significant credentials and membership opportunities with the Institute of Fire Engineers.

Grasp the pivotal role of oxygen in fire behavior and the importance of stoichiometric mixtures in combustion processes. Rory explains how varying oxygen concentrations can drastically alter flame behaviors and temperatures, and discusses the implications of flammability limits and ignition in real-world scenarios.

We’ll also explore the multifaceted realm of fire science education, highlighting the need for a solid foundation in chemistry, heat transfer, and fluid mechanics.

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