Chem94
Chemical
- Jul 3, 2013
- 3
Hi,
I am doing some research for a company and I am looking into a thermal radiation model for exhaust plumes on gas turbines (model to be implemented for off-shore and onshore oil platforms and more of an engineering model rather than CFD e.t.c). I am looking for a calculation method which takes account of variables such as temperature, exhaust flow, wind and nozzle type. Hopefully then yielding plume deflection and thermal radiation. I would be grateful if someone could point me in the right direction for finding research papers on this topic or even point me to some good papers. I am currently attempting to sift through Google scholar, a lot of it seems to be on rocket exhaust plumes and I am unsure of the relevance of that. Thank you.
I am doing some research for a company and I am looking into a thermal radiation model for exhaust plumes on gas turbines (model to be implemented for off-shore and onshore oil platforms and more of an engineering model rather than CFD e.t.c). I am looking for a calculation method which takes account of variables such as temperature, exhaust flow, wind and nozzle type. Hopefully then yielding plume deflection and thermal radiation. I would be grateful if someone could point me in the right direction for finding research papers on this topic or even point me to some good papers. I am currently attempting to sift through Google scholar, a lot of it seems to be on rocket exhaust plumes and I am unsure of the relevance of that. Thank you.