Beskjeder

This is a nice review paper of wetting and spreading. Please read some basics of contact line dynamics in section I A -C (p.740-746) and section III A-E (p. 764-774). 

Also read chapter 6C2 about capillary spreading of the book Advanced transport phenomena.

Here is project 2 about spreading of a droplet on a smooth solid surface.

Here is exercise 3.

We will discuss it on 27th April.

Here is the project 1. We skip the experimental part.

Due date: 2nd April

Reading material:

Chapter 6, section A and C of the book Advanced Transport Phenomena.

Reading material:

Chapter 2, (2.1-2.3.2)  of the book Capillarity and wetting phenomena

The final exam will be on the last week of May in a format of oral exam through Zoom.

The meeting on 19th March is cancelled due to coronavirus.

We will have a meeting on 19th March from 10:15am at  NHAUndervisningsrom 919 to discuss the assigned reading material about bubble dynamics in the book Advanced Transport Phenomena. 

Reading material:

Chapter 4, section G (1-3) of the book Advanced Transport Phenomena.

We will have a meeting on 5th March from 10:15am at  NHAUndervisningsrom 919 to continue to discuss exercise 2 and the assigned reading material of the book Advanced Transport Phenomena. 

We will have a meeting on 27th Feb. from 10:15am at at NHAUndervisningsrom 919 to discuss exercise 2 and the assigned reading material of the book Advanced Transport Phenomena. 

Here is the exercise for creeping flow.

Reading material:

Chapter 7, section A, C-F of the book Advanced Transport Phenomena.

Please finish the problems 2-2, 2-4, 2-8 and 2-30 of the book Advanced Transport Phenomena, we will discuss them in the coming meeting.

We will have a meeting on 6th Feb. from 10:15am at at NHAUndervisningsrom 919 to discuss the assigned reading material on Chap. 2A-I, L, M of the book Advanced Transport Phenomena. 

* please also finish the problems 2-2, 2-4, 2-8 and 2-30

Reading material:

Chap. 2A-I, L and M of the book Advanced Transport Phenomena.

The syllabus for the spring will be selected from these books:

• Primarily follow the book by:
  ¡°Advanced Transport Phenomena¡±, Gary Leal, Cambridge U. P.
  ¡°Capillarity and wetting phenomena¡±, de Gennes et al., Springer 
• Additional literature/support:
  ¡°Fundamentals of Multiphase flow¡±, Christopher Brennen, Cambridge U. P. (PDF is online)
   
• Research articles will be distributed related to the modules with hand-in assignments