首页> 外文会议>TMS annual meeting exhibition;Symposium on characterization of minerals, metals, and materials >INCREASE OF FLEXURAL STRENGTH OF RED CERAMIC PIECES INCORPORATED WITH ORNAMENTAL ROCK WASTE: APPLICATION OF WEIBULL STATISTIC FOR DETERMINATION OF BEST FIRING TEMPERATURE
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INCREASE OF FLEXURAL STRENGTH OF RED CERAMIC PIECES INCORPORATED WITH ORNAMENTAL ROCK WASTE: APPLICATION OF WEIBULL STATISTIC FOR DETERMINATION OF BEST FIRING TEMPERATURE

机译:掺入装饰性岩石废物的红色陶瓷件的抗弯强度的增加:威布尔统计法在确定最佳烧成温度中的应用

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Ceramic materials exhibit dispersion results after being subjected to various levels of stress, from the point of view of mechanical strength. With the focus on sustainable development and to improve the strength of these material, was incorporated ornamental rock waste into clay in up to 10% in mass to conform some samples, that was fired to 750°C, 850°C and 950°C and submitted to technological tests. This paper presents an analysis of the technological properties of the samples through the use of Weibull statistic to determine which the best firing temperature for these red ceramic materials. The Weibull Modulus indicates a greater homogeneity for samples with 10R at 950°C.
机译:从机械强度的观点来看,陶瓷材料在经受各种程度的应力后显示出分散结果。着眼于可持续发展并提高这些材料的强度,将观赏岩废料掺入粘土中的质量最高为10%,以符合一些样品的要求,然后将其烧至750°C,850°C和950°C,提交技术测试。本文通过使用Weibull统计量来确定这些红色陶瓷材料的最佳烧成温度,从而对样品的技术性能进行了分析。威布尔模量表明在950°C下具有10R的样品具有更高的均质性。

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