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A method for the production of metal - ceramic - composite materials as well as the use of the method for controlling the material properties of composite materials

机译:一种金属-陶瓷-复合材料的生产方法及其在控制复合材料的材料性能中的应用。

摘要

so far, there have been highly porous ceramic materials with a liquid infiltrated so that the resulting product is mainly a metallstruktur. the metal ceramic material are the requirements for hardness, temperature resistance and wear resistance much below those values of the pure ceramic materials.now, the properties of the ceramic materials regarding flexural strength, toughness, e - module, hardness and resistance to wear while maintaining or increase compared to metallic materials superior properties such as hardness, temperature behaviour and wear resistance are improved.the ceramic material is $a consists of several layers, built with the thickness of between 10 and 15 m, and the average porenradius between 100 and 1000 nm with an open porosity of 5 to 14%, and gesamtporositu00e4t of 5 to 30%, and the molten metal in the porosity up to a restporenvolumen of 0.1 - 10%, based on the ausgangsporositu00e4t, is filled.$a it is preferred for the access to welds as welded or gelu00f6tete ceramic / metal structures.
机译:迄今为止,已经有高度多孔的陶瓷材料渗入了液体,因此所得的产品主要是金属结构。金属陶瓷材料对硬度,耐热性和耐磨性的要求远低于纯陶瓷材料的要求。现在,陶瓷材料在保持强度的同时,还具有抗弯强度,韧性,电子模量,硬度和耐磨性的特性与金属材料相比,它具有更高的性能,例如硬度,温度特性和耐磨性得到改善。陶瓷材料$ a由几层组成,厚度在10到15 m之间,平均孔隙半径在100到1000之间填充的纳米材料的开孔孔隙率为5%至14%,而gesamtporosit u00e4t为5%至30%,并且基于ausgangsporosit u00e4t填充的孔隙中的熔融金属最高可达0.1%至10%的残余孔隙。对于以焊接的或凝胶状的陶瓷/金属结构进行的焊接,最好采用这种方法。

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