Unsteady State Numerical Simulation of the High Temperature Air Combustion by the Nongray Radiative Analysis
- Topics:
- Mechanical and Industrial
- Tags:
- ASME International,
- Temperature
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Overview: Characteristics of combustion and heat transfer in the high temperature air combustion furnace were analyzed by assuming radiative properties of combustion gases that were non-gray and inhomogeneous medium. To estimate the radiation field of the high temperature air combustion accurately, the radiative properties of gases should be calculated by the non-gray gas models. In this study, the high temperature air combustion is analyzed to calculate the unsteady state equations in three-dimensional coordinate system. The discrete-ordinates method was used to solve radiative transfer equations. The exponential wide-band model was used as the non-gray gas model.
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Format: PDF | Size: 403KB | Date: Feb 2001 | Pages: 5
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