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Composite Design of Low Thermal Conductivity Mullite Brick for Application to Cement Kiln
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作者 YUAN Lin WANG Juntao +3 位作者 TONG Lijin ZHAO Hongliang LI Quanyou CHEN Songlin 《China's Refractories》 CAS 2016年第4期6-9,共4页
In order to restrain cement kiln shell' s thermal loss and potential safety hazards,composite design was employed of working layer,thermal preservation layer and thermal insulation layer.Thermal preservation layer' ... In order to restrain cement kiln shell' s thermal loss and potential safety hazards,composite design was employed of working layer,thermal preservation layer and thermal insulation layer.Thermal preservation layer' s boundary and strain were analyzed and the overall thermal conductivity was calculated.The result shows that the sinusoidal curve boundary combination is adopted between the working layer and thermal preservation layer,and the slope-shape with angle of 135 degrees between the thermal preservation layer and thermal insulation layer could relieve the strain concentration.Comprehensive thermal conductivity of the composite mullite brick decreases from the working layer 2.74 W·m^(-1)·K^(-1) to1.54 W·m^(-1)·K^(-1).When applying the composite bricks in cement kilns,the kiln shell temperature is from50 ℃ to 70 ℃ lower than using normal bricks. 展开更多
关键词 preservation mullite insulation bricks restrain applying multilayer refractories relieve sinusoidal
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