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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
Overview of Rigid Body Momentum Chapter | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Important Concepts from Chapter 19 (Angular and Linear Momentum) covered here. You can also watch Overview of Rigid Body Momentum Chapter on MyMedia.

Overview of Rigid Body Work - Energy | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Important concepts from Chapter 18 (Work-Energy) covered. You can also watch Overview of Rigid Body Work - Energy on MyMedia.

Overview of Vibrations Chapter | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Important concepts covered in Vibrations Chapter are derived here. You can also watch Overview of Vibrations Chapter on MyMedia.

Particle Angular Momentum | Link MIE100 Dynamics YouTube Video Playlist (Complete)

A look at particle angular momentum. You can also watch Look at Particle Angular Momentum on MyMedia.

Particle Kinematics Summary | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Important concepts from Chapter 12 (Particle Kinematics) covered. You can also watch Particle Kinematics Summary on MyMedia.

Particle Kinetics Introduction | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Important concepts from Chapter 13 (Particle Kinetics) covered. You can also watch Particle Kinetics Introduction on MyMedia.

Particle Linear Momentum | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Look at linear momentum and simple impact. You can also watch Particle Linear Momentum on MyMedia.

Particle Position Velocity and Acceleration | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Before we can talk about ways of describing the fundamental quantities of position, velocity and acceleration - we need to define them. You can also watch Particle Position Velocity and Acceleration on MyMedia

Particle Velocity Acceleration | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Different lecturer on the same topic. You can also watch Particle Velocity Acceleration on MyMedia.

Projectile Motion | Link MIE100 Dynamics YouTube Video Playlist (Complete)

How do you describe motion of a projectile undergoing constant acceleration? You can also watch Projectile Motion on MyMedia.

Quiz 1 | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Discussion on the first quiz from 2020. You can also watch Quiz 1 on MyMedia.

r-theta Example | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Another coordinate system important to this course - r-theta coordinates. You can also watch r-theta Example on MyMedia.

Relative Motion | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Challenging concept in the course – Relative motion – focused on a plane/skydiver. Used in second half of course. You can also watch Relative Motion on MyMedia.

Relative Velocity of Particles | Link MIE100 Dynamics YouTube Video Playlist (Complete)

Introduction to relative position, velocity and acceleration of particles. You can also watch Relative Velocity of Particles on MyMedia.

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

A second set of examples looking at Rigid Body Work-Energy. You can also watch Rigid Bodies - Work Energy on MyMedia.