JMBC Particle Technology course, 02-06 March 2015:

PROGRAM

Evaluation Form ... submit to s.luding@utwente.nl

Handouts: JMBC 2015 Particle Technology course:

(Presence in the course and understanding the talks+handouts = 1.5E;

submitting exercises (#2 etc., below) qualifies for the remaining = 1.0EC;

alternatively, the course can be done in self-study mode (all exercises) = 2.5EC)

Monday:

Luding (Introduction+Literature)

Luding (Particles+Fluids Basics)

Merkus (Particle Characterization)

Luding (Modeling 1)Tuesday:

Kwade (Powder Flow)

Kwade (Comminution)

Kramer (Crystallisation)Wednesday:

Luding (Modeling 2)

Magnanimo (Rheology)Literature: [Powder Technology 162 (2006) 208-229, Granular material flows: An overview, Charles S. Campbell]

and [Annu. Rev. Fluid Mech. 40 (2008) 1-24, Flows of Dense Granular Media, Yoel Forterre and Olivier Pouliquen]

Deen (Two-Phase-Flow Modeling)

Brem (Bio-Mass Particles)Thursday:

Thornton (Mixing and Segregation)

van Ommen (Nano Particle Technology)

van Ommen (Fluidization)Friday:

van Ommen (Fluid Beds ALD)

van Ommen (Pneumatic Transport)

Ramaioli (Capillarity, Wetting, Wicking) - avaialble on request ...

Vonk (Population Balance)

Exercises: JMBC 2015 Particle Technology course:

(the numbers (#) give the part of the exercise we want you to work on; self-study mode requires the full exercises).

Exercise 1: Particle sizes (#3)

Exercise 2: Particles+Fluids (#2)

Exercise 3: Simple Contact Models (#1)

Exercise 4: Powder Flows (#1 + #2(Teamwork))

Exercise 5: Suspensions

Exercise 6: Tensor Basics

Exercise 7: Two Phase Flow (#1 + #4)

Exercise 8: Population Balance (#all)

Handouts: Previous JMBC 2010 Particle Technology course:

Kreutzer (Wet Phase Nanoparticles, Nucleation, Growth)

Kuipers (Numerical Particle Flow and Industrial Application)

Luding_0 (Introduction)

Luding_1 (Particle Interactions and Modeling)

Luding_2 (Powder Flow)

Luding_3 (Population Balance)

Magnanimo (Size Distributions)

Meesters (Granulation and Attrition)

Merkus (Particle Size Measurement)

Schmidt-Ott (Nano-particle Production)

Theuerkauf (to be delivered ...)

Thornton (Mixing and Segregation)

van der Hoef (Fluid-Particle Interactions)

van Ommen (Sedimentation)

van Ommen (Fluidization)

van Ommen (Nano-Particle Coating)

Yurteri (Aerosols)

Exercises: Previous JMBC 2010 Particle Technology course:

Exercises 1 (Particle Sizes and Distributions)

Exercises 2 (Sedimentation, Fluidization)

Exercises 3 (Silos, Design, Tensors)

Material/Data

Exercises 4 (Particle Size Changes)