Imperfectly Stirred Reactor Modelling Of Recirculating Reactive Flows - Mobini, Kamran
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The Imperfectly Stirred Reactor (ISR) is a model for strongly recirculating reacting flows where the conditional means of the reactive scalars are assumed to be spatially uniform and statistically stationary. This model is based on the Conditional Moment Closure (CMC) method and involves very simplified equations which can be solved at very little computational cost. The governing parameters in these equations are the averaged probability density functions (pdf), the residence time and the chemical mechanism.

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Produktbeschreibung
The Imperfectly Stirred Reactor (ISR) is a model for strongly recirculating reacting flows where the conditional means of the reactive scalars are assumed to be spatially uniform and statistically stationary. This model is based on the Conditional Moment Closure (CMC) method and involves very simplified equations which can be solved at very little computational cost. The governing parameters in these equations are the averaged probability density functions (pdf), the residence time and the chemical mechanism.
Autorenporträt
Dr Kamran Mobini graduated in Mechanical Engineering from IUST, Iran and received his Master and PhD degrees from the University of Sydney, Australia. He is currently professor of Mechanical Engineering at Shahid Rajaee University in Tehran. He has published several scientific papers and books. This book was supervised by Prof Bilger.