Numerical Analysis of Flow-Field-Flow Fractionation

The Master Thesis Numerical Analysis of Flow-Field-
Flow Fractionation is a part of the Nanoparticles
and Bioparticles Project NaBiPa developed by the
Fachhochschule Offenburg University of Applied
Sciences and is financially supported by Deutscher
Akademischer Austausch Dienst D.A.A.D. NaBiPa is a
part of International Quality Network IQN, which
is a collaboration of different universities and
institutions from all around the world in order to
study and investigate in miscellaneous topics
related to Nano- and Bioparticles. One of the
branches of NaBiPa project is dedicated to study and
investigate the Field-Flow Fractionation (FFF)
process. The aim of this Master Work is to add the
diffusion driven transport to the channel, which has
been studied before, with a new approach. The three
new approaches that have been worked on are;
Eulerian two phase instead of Euler-Lagrange model,
Multi component mixing and Theoretical-analytical
approach. The study is composed of four sections as
a method of organizing; Theory, Mathematical
Modeling, Computer Simulation and Case Studies.

Autorentext

B.Sc. Chemical Engineering at Istanbul Technical University (Turkey), M.Sc. Energy Conversion & Management at FH-Offenburg (Germany). Business Development Manager at Enprode Engineering & Consulting, Istanbul.

Klappentext

The Master Thesis "Numerical Analysis of Flow-Field-Flow Fractionation" is a part of the Nanoparticles and Bioparticles Project - NaBiPa developed by the Fachhochschule Offenburg - University of Applied Sciences and is financially supported by Deutscher Akademischer Austausch Dienst - D.A.A.D. NaBiPa is a part of International Quality Network - IQN, which is a collaboration of different universities and institutions from all around the world in order to study and investigate in miscellaneous topics related to Nano- and Bioparticles. One of the branches of NaBiPa project is dedicated to study and investigate the Field-Flow Fractionation (FFF) process. The aim of this Master Work is to add the diffusion driven transport to the channel, which has been studied before, with a new approach. The three new approaches that have been worked on are; Eulerian two phase instead of Euler-Lagrange model, Multi component mixing and Theoretical-analytical approach. The study is composed of four sections as a method of organizing; Theory, Mathematical Modeling, Computer Simulation and Case Studies.