Experimental Research on Crock-Type Metal Fibre Burner of Chinese Cooking Appliance

Guang Peng Lee; Yong Zhang Cui; Chang Bo Shao

doi:10.4028/www.scientific.net/AMR.941-944.2410

Paper Titles

Diffusion and Oxidation Wear of Superhard Cutting Tool Based on Thermodynamics Enthalpy
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Stress Modeling of Large Cylindrical Ingot Heating Process
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Study of Crack Length Measurement and Crack Tip Plastic Zone Determination by Infrared Thermography
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The New Model of Laminar Cooling System and its Fieldbus System
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Experimental Research on Crock-Type Metal Fibre Burner of Chinese Cooking Appliance
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Cooling Rate, Microstructure and Property Studied of Spray Cooling of Heavy Shell Ring Rolling
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The Transient Temperature Field Simulation and Analysis of Machinery’s Components by ABAQUS
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Numerical Simulation Analysis of Rail Head for U75V in the Process of Spray Cooling Temperature Field
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Study on Energy Saving Model of Air Condition for Subway Station
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Experimental Research on Crock-Type Metal Fibre Burner of Chinese Cooking Appliance

Abstract:

Heat efficiency and CO emissions of Crock-type Metal Fibre Burner of Chinese Cooking Appliance were experimentally investigated. Heat efficiency with different factors was analyzed. Primary air coefficient α and port heat intensity q are the most factors. If α or q increases, heat efficiency decreases. The influence of the distance is not significant. CO increases with q increasing and CO decreases with α increasing. Under the rated load, heat efficiency reaches to 48% and CO₍_α=1₎ is only 0.004%.