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[cfd-lab]

Combustion CFD Modeling with Hands-on Experience

Combustion is one of the most important processes in engineering, which involves turbulent fluid flow, heat transfer, chemical reaction, radiative heat transfer, and other complicated physical and chemical processes. Typical engineering applications include internal combustion engines, power station combustors, aero-engines, gas turbine combustors, boilers, furnaces, and other combustion equipment. CFD lends itself very well to the modeling of combustion. It is important to be able to predict the flow, temperatures, resulting in species concentrations and emissions from various combustion systems for the design and improvement of combustion equipment, particularly with the current concerns about CO2 and other emission levels and their effects on the environment. In this course, some of the popular CFD modeling techniques used for combustion modeling will be covered. Combustion is a complex subject, and combustion modeling, therefore, requires a considerable amount of knowledge and experience. The material presented in this course is very much introductory, allowing a novice combustion modeler to gain knowledge of some basic CFD-based techniques with a view to understanding more advanced and detailed techniques in the specialist area.

https://cfdlab.pk/courses/combustion-cfd-modeling-with-hands-on-experience/

Email: cfdlab.pk@gmail.com