Loading...
Alt
Role on Project: Subject Matter Expert
Department: Department of Mechanical & Industrial Engineering (MIE)
Institution: University of Toronto

Prof Pierre Sullivan obtained his BSME (1988) and MSME (1991) from Clarkson University and his PhD (1995)from Queen’s University at Kingston. His research interests span turbulence, flow phenomena, energy conservation focused on hot water distribution and high-temperature pressure sensing. He is the author of over 200 papers and part of a recent drop-sizing start-up. Since 2017, he has been an Associate Editor for the ASME Journal of Fluids Engineering.

He was awarded a Canadian Society of Mechanical Engineering Fellowship in 2012 and an American Institute of Aeronautics and Astronautics Associate Fellowship in 2019. His lab site is the Turbulence Research Lab.

From this author
Digital Object Types: Video Links
Title of Resource Part of Description
Touched by an Angle | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Rigid body free vibration. You can also watch Touched by an Angle on MyMedia.

Tutorial Week 1 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates concepts in position, velocity and acceleration, with examples. You can also watch Tutorial Week 1 on MyMedia.

Tutorial Week 10 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates introduces energy methods for rotating planar bodies, with examples. You can also watch Tutorial Week 10 on MyMedia.

Tutorial Week 12 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates an introduction to vibrations, with examples. You can also watch Tutorial Week 12 on MyMedia.

Tutorial Week 2 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates curvilinear motion of particles with examples. You can also watch Tutorial Week 2 on MyMedia.

Tutorial Week 3 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates concepts in particle dynamics and introduces free body diagrams, with examples. You can also watch Tutorial Week 3 on MyMedia.

Tutorial Week 4 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates work and energy concepts, with examples. You can also watch Tutorial Week 4 on MyMedia.

Tutorial Week 5 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial continues work and energy, including springs, with examples. You can also watch Tutorial Week 5 on MyMedia.

Tutorial Week 6 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates the concepts of impulse and momentum, with examples. You can also watch Tutorial Week 6 on MyMedia.

Tutorial Week 7 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates the concept of rigid body motion/kinetics, with examples. You can also watch Tutorial Week 7 on MyMedia.

Tutorial Week 8 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial continues planar rigid body topics, with examples. You can also watch Tutorial Week 8 on MyMedia.

Tutorial Week 9 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

This tutorial illustrates concepts in planar dynamics, with examples. You can also watch Tutorial Week 9 on MyMedia.

Velocity and Acceleration - Rigid Bodies | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Velocity and Acceleration analysis of Rigid Bodies. You can also watch Velocity and Acceleration - Rigid Bodies on MyMedia.

Vibrations Introductory Problems | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Particle Free and Damped Vibration Example, Introduction of Free Vibration for Rigid Bodies. You can also watch Vibrations Introductory Problems on MyMedia.

Work-Energy Examples | Link MIE100 Dynamics YouTube Video Playlist (Complete)

More examples – but with absolute dependent motion. You can also watch Work-Energy Examples on MyMedia.