Topics include equations of heat, mass, and momentum transfer; viscosity, thermal conductivity and diffusivity in laminar and turbulent conditions; velocity, temperature, and concentration distributions in selected systems; Navier-Stokes equations: direct simulation and turbulence modelling – Reynolds-averaged Navier-Stokes (RANS); turbulence near surfaces and interphase transport; multicomponent mass transfer; transport in porous media; effects of narrow pore size; and the dusty-gas model (DGM). A project is required.
A. De Visscher, Advanced Lecture Notes in Heat, Mass, and Momentum Transfer,
Independently published (2019). Available on Amazon.
Concordia students must register for this course in their MyConcordia portal. It is strongly recommended that they consult Concordia's class schedule prior to enrolling in order to be aware of any registration restrictions (see the notes). Once registered, students must then sign up for an eConcordia account to access the course material.
» Visit the registration section for details
Disclaimer: Information regarding the eConcordia course found on this page may change without notice. For the most recent course list, visit the MyConcordia Portal. Furthermore, if this represents the initial offering of the course, no course outline will be available until the start of the first active semester.