Study of Finite-rate Chemistry Effects on Turbulent Jet Diffusion Flames and Non-homogeneous Autoigntion Using the One-dimensional Turbulence Model

Study of Finite-rate Chemistry Effects on Turbulent Jet Diffusion Flames and Non-homogeneous Autoigntion Using the One-dimensional Turbulence Model
Author: Sha Zhang
Publisher:
Total Pages: 120
Release: 2003
Genre:
ISBN:


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Keywords: autoignition, ODT, turbulent combustion.


Study of Finite-rate Chemistry Effects on Turbulent Jet Diffusion Flames and Non-homogeneous Autoigntion Using the One-dimensional Turbulence Model
Language: en
Pages: 120
Authors: Sha Zhang
Categories:
Type: BOOK - Published: 2003 - Publisher:

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Keywords: autoignition, ODT, turbulent combustion.
Study of Finite-Rate Chemistry Effects on Turbulent Jet Diffusion Flames and Non-homogeneous Autoigntion Using the One-Dimensional Turbulence Model
Language: en
Pages:
Authors:
Categories:
Type: BOOK - Published: 2003 - Publisher:

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In current study Numerical simulation of turbulent combustion process is approached using One Dimensional Turbulence (ODT) model. The ODT model is based on the
A Model-Based Closure Approach for Turbulent Combustion Using the One-Dimensional Turbulence Model
Language: en
Pages:
Authors:
Categories:
Type: BOOK - Published: 2003 - Publisher:

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A new model-based closure approach for turbulent combustion using the One-Dimensional turbulence model (ODT) is developed and validated in context to a turbulen
Modelling Detailed-Chemistry Effects on Turbulent Diffusion Flames Using a Parallel Solution-Adaptive Scheme
Language: en
Pages: 374
Authors: Pradeep Kumar Jha
Categories:
Type: BOOK - Published: 2011 - Publisher:

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Capturing the effects of detailed-chemistry on turbulent combustion processes is a central challenge faced by the numerical combustion community. However, the i
Carbon Monoxide and Turbulence-Chemistry Interactions Measurements and Modeling of Turbulent Jet Diffusion Flames
Language: en
Pages: 47
Authors: S. M. Correa
Categories:
Type: BOOK - Published: 1986 - Publisher:

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Development of a fundamental understanding of turbulence-chemistry interactions remains one of the most important and challenging problems in turbulent reacting