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Effect of coarse aggregates on thermal spalling resistance of refractorycastables for steel ladle linings (Size and amount of coarse aggregates part 1)

机译:粗料对钢钢包衬里耐腐蚀性电阻的影响(粗聚集体第1部分的尺寸和量)

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The panel spalling test was conducted on refractory castables forsteel ladle linings to examine the effect of coarse aggregate addition onthermal spalling resistance.Thermal spalling cracks extend almost straightly in castables which include nocoarse aggregate. The cracks in castables which include coarse aggregates,however,deflect or branch due to the collision of cracks with coares aggregates.Such deflecting or branching of cracks are effective to improve thermal spallingresistance of castables. Size and amount of coarse aggregates in castables,regarded as dominant factorfor collision frequency of cracks with coarseaggregates, influence consequentlythermal spalling resistance of castables. Thecollision frequency of cracks withcoarse aggregates can be quantitatively evaluated by the collision probabilitycalculated from cross section and density of coarse aggregate included in acastables.
机译:面板剥落试验在耐火材料浇注中进行,以检查钢包衬里的粗料加入对热剥落电阻的效果。热剥落裂缝在包括Nocoarse骨料中的浇口中的几乎直截了当地延伸。 包括粗骨料的裂缝中的裂缝,然而,由于具有典曲线的裂缝的碰撞而导致的偏转或分支。裂缝或裂缝的支化是有效的,以改善浇口的热痉挛性。 铸件中粗骨料的大小和量,被认为是具有Coarseggaregates的裂缝的裂缝碰撞频率,影响浇口的热剥落电阻。 通过从横截面和粗糙聚集体中包括的粗糙骨骼密度的脉冲概率,可以定量评估裂缝的裂缝频率。

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