Title |
Validation and Prediction of Ultra-Low NOx Burner Performance using Computational Fluid Dynamics |
Creator |
Alavandi, S. |
Contributor |
Wissmiller, D., Jatale, A., Sami, M. |
Date |
2015-09-11 |
Spatial Coverage |
Salt Lake City, Utah |
Subject |
2015 AFRC Industrial Combustion Symposium |
Description |
Paper from the AFRC 2015 conference titled Validation and Prediction of Ultra-Low NOx Burner Performance using Computational Fluid Dynamics |
Abstract |
Computational Fluid Dynamics (CFD) modelling and simulations were performed to evaluate and; predict the performance of an ultra-low NOx burner design. CFD model validation using; experimental results was performed to evaluate model settings and parameters. The validation; showed a good trend agreement with the experimental results and provided confidence in the; model that it can be used to predict the burner performance.; Geometric changes were made to the model and simulations were performed to predict the; performance and emissions of the burner. The CFD model prediction was performed and testing; was conducted for these data points. Results indicated that the prediction trend was in good; agreement with the follow-on experimental testing verifying the robustness of the CFD model to; predict outcomes in an accurate and meaningful way. These results of the model development for; the ultra-low NOx burner will be presented. |
Type |
Event |
Format |
application/pdf |
Rights |
No copyright issues exist |
ARK |
ark:/87278/s6cc59md |
Setname |
uu_afrc |
ID |
1387842 |
Reference URL |
https://collections.lib.utah.edu/ark:/87278/s6cc59md |