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LUND UNIVERSITY LIBRARIES

Development of an improved mixing model for an SRM code

Gustafsson, Henrik (2013) MASY01 20132
Mathematical Statistics
Abstract (Swedish)
Consider two gases being pumped into a container of some sort. How will they mix? How will they interact
with one another? And how do you model the mixing using a computer?
One way is to rst divide the two gases into smaller groups called particles and then let these particles
interact with one another at random. Two of the models that is used today is CURL and Modied CURL.
They work well and the results are consistent with experimental data. One drawback with them is that
neither of them can handle mixing with two particles of dierent sizes. So here is presented a new model
based on CURL and Modied CURL but with the extension of handling particles of dierent sizes. To test
the consistency of these new models simulations are done... (More)
Consider two gases being pumped into a container of some sort. How will they mix? How will they interact
with one another? And how do you model the mixing using a computer?
One way is to rst divide the two gases into smaller groups called particles and then let these particles
interact with one another at random. Two of the models that is used today is CURL and Modied CURL.
They work well and the results are consistent with experimental data. One drawback with them is that
neither of them can handle mixing with two particles of dierent sizes. So here is presented a new model
based on CURL and Modied CURL but with the extension of handling particles of dierent sizes. To test
the consistency of these new models simulations are done using DARS, a product of LOGE. (Less)
Please use this url to cite or link to this publication:
author
Gustafsson, Henrik
supervisor
organization
course
MASY01 20132
year
type
M2 - Bachelor Degree
subject
language
English
id
4146050
date added to LUP
2013-11-08 12:20:43
date last changed
2013-11-08 12:20:43
@misc{4146050,
  abstract     = {Consider two gases being pumped into a container of some sort. How will they mix? How will they interact
with one another? And how do you model the mixing using a computer?
One way is to rst divide the two gases into smaller groups called particles and then let these particles
interact with one another at random. Two of the models that is used today is CURL and Modied CURL.
They work well and the results are consistent with experimental data. One drawback with them is that
neither of them can handle mixing with two particles of dierent sizes. So here is presented a new model
based on CURL and Modied CURL but with the extension of handling particles of dierent sizes. To test
the consistency of these new models simulations are done using DARS, a product of LOGE.},
  author       = {Gustafsson, Henrik},
  language     = {eng},
  note         = {Student Paper},
  title        = {Development of an improved mixing model for an SRM code},
  year         = {2013},
}