Transport Phenomena

Introduction

Course notes (adapted from M. Fermigier):

Transport equations: Heat and Mass balances

 

Problems sets

Site under construction! Notes will be updated after the corresponding lectures.

1. From Brownian motion to transport equations

Lecture notes

2. Solving transport equations (simple situations) #1

Lecture notes

3. Solving transport equations (simple situations) #2

Lecture notes

A cool video misconceptions about temperature from Veritasium channel:

https://youtu.be/vqDbMEdLiCs?si=qyfMItETGvVb2tb-

4-5. Forced convection: convection vs. diffusion

Last part on champagne bubble based of the article « Kinetics of gas discharging in a glass of champagne: the role of nucleation sites » from G. Liger-Belair et al., Langmuir (2002)

Lecture notes

6. Natural convection
Lecture notes

Visualization of the thermal heat plume emanating from a human being through « schlieren » optical technique

7. Natural convection & Convective instabilities
Lecture notes

Dissolution of a lollipop in water

Démonstration of Rayleigh-Bénard instability

 
To be updated
 

8. Radiative transfer
Lecture notes

9. Thermal imaging
Lecture notes

A great experimental conference on Thermal Imaging by Jean-Michel Courty & Edouard Kierlik (in French)

10. Calefaction
Lecture notes

Did you ever wonder why do penguin feet do not freeze? Thanks to counter current heat exchange!

A nice web page from biogeoplanet.com here

 

Very good illustration of Taylor-Aris dispersion of a solute in a Poiseuille flow

 

Exam 2023 (with solution)