首页> 外文期刊>International Journal of Engineering Science and Technology >Regression Modeling and Analysis of Experimentally Investigated Effect of Oxygen enrichment of Preheated air on Specific Fuel/Energy consumption of L.D.O. fired Rotary Furnace
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Regression Modeling and Analysis of Experimentally Investigated Effect of Oxygen enrichment of Preheated air on Specific Fuel/Energy consumption of L.D.O. fired Rotary Furnace

机译:对预热空气氧气富集对L.D.O特定燃料/能耗的实验研究效应的回归建模与分析。燃烧旋转炉

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This paper deals with modeling and simulation of oxygen consumption for enrichment of preheated air in LDO-fired rotary furnace for optimal specific fuel and energy consumption using regression modeling method and artificial neural networks. The authors conducted experimental investigation on oxygen enrichment of preheated air in a rotary furnace in an industry. The maximum percentage variation between actual experimental and regression analyzed specific fuel /energy consumption is -0.4491% and between regression modeled is 14.11385%which is well within the permissible limits.
机译:本文涉及氧气消耗的建模和仿真,以富集燃烧旋转炉中预热空气,用于使用回归建模方法和人工神经网络的最佳特定燃料和能耗。作者对行业旋转炉中预热空气的氧气富集进行了实验研究。分析特定燃料/能耗的实际实验和回归之间的最大百分比变化为-0.4491%,在回归之间的建模之间是14.11385%,这在允许的限度范围内。

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