design and working performance study of a novel micro parallel plate combustor with two nozzles for micro thermophotovotaic system
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ID: 247625
2015
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Abstract
Micro-combustors are a key component in combustion-driven micro power
generators, and their performance is significantly affected by their
structure. For the application of micro-thermophotovoltaic (MTPV) system, a
high and uniform temperature distribution along the walls of the micro
combustor is desired. In this paper, a three-dimensional numerical simulation
has been conducted on a new-designed parallel plate micro combustor with two
nozzles. The flow field and the combustion process in the micro combustor,
and the temperature distribution on the wall as well as the combustion
efficiency were obtained. The effects of various parameters such as the inlet
angle and the fuel volumetric flow rate on the performance of the micro
combustor were studied. It was observed that a swirl formed in the center of
the combustor and the radius of the swirl increased with the increase of the
inlet rate, and the best working condition was achieved at the inlet angle
θ=20°. The results indicated that the two-nozzle combustion chamber had a
higher and more uniform mean temperature than the conventional combustor
under the same condition.
| Reference Key |
j.f.2015thermaldesign
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|---|---|
| Authors | ;Pan J.F.;Hou Z.Y.;Liu Y.X.;Tang A.K.;Zhou J.;Shao X.;Pan Z.H.;Wang Q. |
| Journal | Nature |
| Year | 2015 |
| DOI |
10.2298/TSCI141109069P
|
| URL | |
| Keywords |
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