Enhancement of Turbulent Premixed Combustion in a Quasi-Constant Volume Divided Chamber Combustor : Enhancement Behaviors of Combustion and Heat Transfer and Flow Visualization in Four Types of Constant Volume Combustors(Thermal Engineering)

DOI Web Site Web Site 17 References

Bibliographic Information

Other Title
  • 副室式燃焼器による準定容乱流予混合燃焼の促進 : 定容燃焼における燃焼および伝熱促進法と燃焼器内流動の可視化(熱工学,内燃機関,動力など)
  • 副室式燃焼器による準定容乱流予混合燃焼の促進(定容燃焼における燃焼および伝熱促進法と燃焼器内流動の可視化)
  • フクシツシキ ネンショウキ ニ ヨル ジュンテイヨウランリュウ ヨ コンゴウ ネンショウ ノ ソクシン テイヨウネンショウ ニ オケル ネンショウ オヨビ デンネツ ソクシンホウ ト ネンショウキ ナイ リュウドウ ノ カシカ

Search this article

Abstract

Based on the qualitative consideration that the flow continuance in the combustor may play an important role not only in combustion enhancement but also in heat transfer enhancement, main attention will be paid on it in the cooling period after the pressure in the combustion chamber attains its maximum. Three types of constant volume combustors are used; a cylindrical combustor with a hemi-sphere-shaped divided chamber, a cylindrical combustor with a pan-cake-shaped divided chamber, and a fan-stirred combustor. A simple cylindrical-shaped combustor is also used for obtaining standard combustion characteristics. Enhancement behaviors of combustion and heat transfer are examined by analyzing the pressure histories after the spark ignition. Flow visualization is also made of the flow pattern in the fan-stirred combustor. It is found that the fan-stirred combustor can realize and maintain a complex flow pattern in the cooling period, and that it combines strong heat transfer enhancement effects with moderate combustion enhancement effects.

Journal

References(17)*help

See more

Keywords

Details 詳細情報について

Report a problem

Back to top