11 research outputs found
Simplified Model for Directional Delivery of Air Through Louvers Used in Air-Conditioning Systems
No full textNumerical Investigation of NOx Emission Reduction in Non-Premixed Lean Reverse-Flow Combustor in a Micro Gas Turbine Engine
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Study on three-dimensional expansion characteristics of four wall combustion-gas jets in confined liquid space
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Efficient Heat Dissipation of Uncooled 400-Gbps (16×25-Gbps) Optical Transceiver Employing Multimode VCSEL and PD Arrays
No full textIdentification of a suitable volumetric heat source for modelling of selective laser melting of Ti6Al4V powder using numerical and experimental validation approach
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Effect of Hydrogen Enrichment on Pollutant and Greenhouse Gases Formation and Exergy Efficiency of Methane MILD Combustion
No full textThe present study aims to investigate the effect of hydrogen enrichment of the methane jet fuel on the formation of pollutants and greenhouse gases and exergy efficiency of a burner working on flameless MILD combustion mode for different amounts of oxygen present in the hot air co-flow stream using computational fluid dynamics coupled with detailed chemistry. OpenFOAM v. 3.0 is employed for the simulations. The results indicate considerable the pivotal role of the amount of hydrogen present in the fuel stream. It is also evident that hydrogen enrichment could be considered as a promising strategy for further increasing the exergy efficiency of burners working in MILD combustion mode.</p
