Numerical Simulation of Reacting Flow with Chemical Kinetics using a Modified Dual-Algorithm, Ph.D. Dissertation Sharif University of Technology ; Darbandi, Masoud (Supervisor) ; Ghafourian, Akbar ($item.subfieldsMap.e)
Abstract
An important issue in aerospace propulsion systems is the reacting flow analyses, which involve many different concepts and physics including various chemical reactions mechanisms and radiation and convection heat transfer physics. As known, the computer simulation is a powerful tool to analyze the reacting flow physics in various combusting environments. It can suitably provide details of both chemical reaction occurrences and heat transfer physics. In combustion environments, the temperature gradient is noticeably affected by the density gradient. On the other hand, the accurate modeling of density gradients highly affects the computational results. In practice, the density-based methods...
Cataloging briefNumerical Simulation of Reacting Flow with Chemical Kinetics using a Modified Dual-Algorithm, Ph.D. Dissertation Sharif University of Technology ; Darbandi, Masoud (Supervisor) ; Ghafourian, Akbar ($item.subfieldsMap.e)
Abstract
An important issue in aerospace propulsion systems is the reacting flow analyses, which involve many different concepts and physics including various chemical reactions mechanisms and radiation and convection heat transfer physics. As known, the computer simulation is a powerful tool to analyze the reacting flow physics in various combusting environments. It can suitably provide details of both chemical reaction occurrences and heat transfer physics. In combustion environments, the temperature gradient is noticeably affected by the density gradient. On the other hand, the accurate modeling of density gradients highly affects the computational results. In practice, the density-based methods...
Find in contentBookmark |
|