Course Details

Computational Methods for Multi-phase, Multi-component Reacting Systems

Computational Methods for Multi-phase, Multi-component Reacting Systems

Direction Fluids

Spring Semester

The aim of this series of postgraduate lectures is to introduce and analyse computational methodologies for multi-phase, multi-component reacting systems relevant to technical applications.

The course includes introduction to momentum, energy and mass conservation for multi-phase, multi-component flows with and without chemical reaction. Flow types met in multi-phase, multi-component systems are described. Modelling and numerical simulation methodologies are discussed in detail. The course analyses and presents applications of thermo-chemical systems. Computational modelling of combustion systems is discussed. Chemical kinetics mechanisms are presented. Computational codes for numerical simulation of multi-phase flows are analyzed. They are applied in the modeling of multi-phase flow problems with and without chemical reaction.

information

Mandatory Course
ECTS: 6

Teaching Stuff

M. FountiProfessor Emeritus

Laboratory-Exercises

D. KatsourinisLaboratory Teaching Staff
D. KolaitisLaboratory Teaching Staff