Dissertation > Excellent graduate degree dissertation topics show

Porous Medium Burner Operation Parameter Study and Numerical Simulation

Author: LiuChang
Tutor: XieAnGuo
School: Liaoning University of Science and Technology
Course: Energy and Power Engineering
Keywords: two-layer porous medium premixed combustion 2D numerical simulation
CLC: TK16
Type: Master's thesis
Year: 2012
Downloads: 64
Quote: 0
Read: Download Dissertation

Abstract


Porous medium in the combustion system described in reference to technology, play a solid medium high heat storage capacity and strong radiation, enhance the effect of premixed combustible gases warm, not only can improve the combustion efficiency, but also can improve the problem of incomplete combustion of fuel , that is, lean-burn. And compared to traditional combustion technology, premixed combustion in porous media with a lean-burn limit is low, steady state burning flame, high combustion efficiency, temperature distribution, pollutant emissions and other advantages. This article describes the porous media at home and abroad through research into the development of fuel combustion, as researchers of their future in-depth research to provide the data. Of the double-porous burner pass into methane - air premixed gas combustion numerical simulation.Use of software for computing two-dimensional numerical simulation of premixed combustion heat with the wall porous medium burner. Simulation results show that the double porous media with a stable combustion burner range and very low pollution emissions, the wall heat significantly affect the effect of combustion in porous media. This paper reviews the premixed gas combustion in porous media theory and numerical simulation of the process. Those porous media burners in the industry have great prospects for development. Finally, the porous medium burner to carry out future research should focus on difficulties that direction.

Related Dissertations

  1. Experimental and Numerical Study on Diffusion Syngas Falme with Humid Air in A Dual-swirler Structure,TE665.3
  2. Numerical Simulation and Research on Gas-solid Two-phase Flow Behavior in High Velocity Oxygen Fuel Thermal Spray,TG174.44
  3. Numerical Simulation and Improvement of Concentrated-Thin Swirl Pulverized Coal Burner,TK223.23
  4. Numerical Simulation of Combustion Flow Field in Dual-fuel Combustor,TK471
  5. Experimental Study of Ultra-Multi-Hole Nozzle,TK403
  6. Horizontal refining furnace melting furnace charge and side-blown numerical simulation of,TF811
  7. Annular combustion characteristics of porous media theory,TK16
  8. Research on Data Processing Techniques of Constant Volume Combustion Bomb,TP274
  9. Application of CSP to the Reduction of a Complex Combustion Reaction System,TK16
  10. Numerical Study of Stability of Premixed Combution,TK16
  11. Numerical Simulation of the Lean Premixed Combustion,TK16
  12. Experimental Investigation of Lean Premixed Combustion,TK16
  13. Fuel-lean premixed combustion tempering characteristics of,TK478.9
  14. Study and Development of a Gradually-varied Porous Media Burner,TK175
  15. Numerical Simulation on the Flashback Character for Lean Premixed Combustion,TK471
  16. Simulated Analysis of the Spray and Premixed Combustion Process of Diesel Engine,TK421
  17. Study on Premixed Combustion Mechanism of Diesel Engine,TK421.2
  18. Temperature Distribution of Gas/Solid Grids and Heat Transfer Characteristics in a Porous Media Combustor,TK123
  19. Simulations of Natural Gas Premixed Combustion in Ported Ceramic Plaque Radiator,TK16
  20. Numerical Study of Natural Gas Premixed Combustion in Porous Inert Media,TK16

CLC: > Industrial Technology > Energy and Power Engineering > Thermal engineering, heat > Fuel and combustion
© 2012 www.DissertationTopic.Net  Mobile