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Functional Graded Material With Nano Coating For Protection

机译:具有纳米涂层的功能梯度材料,可提供保护

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摘要

Ceramic composite armour in general utilises a front layer of dense ceramic, typically backed by a second layer of metal. Thereby creating a sharp interface that is the weakest link within the material system and would result in cracking of the ceramic prematurely and hence not able to provide the requisite protection. One promising possibility has been found is the use of functionally gradient materials as armour materials. In such materials, the high hardness of ceramics is combined with the ductility of metals. Laboratory scale experiments were being performed to exhibit the potential of this material in terms of physical and mechanical properties. A comparison was made with the current ceramic armour system and it was found that the new material system had better ballistic properties.
机译:陶瓷复合装甲通常使用致密陶瓷的前层,通常由第二层金属作为支撑。从而形成尖锐的界面,该界面是材料系统中最薄弱的环节,并且会导致陶瓷过早地破裂,因此无法提供必要的保护。已经发现一种有希望的可能性是使用功能梯度材料作为装甲材料。在这种材料中,陶瓷的高硬度与金属的延展性相结合。正在进行实验室规模的实验,以显示这种材料在物理和机械性能方面的潜力。与当前的陶瓷装甲系统进行了比较,发现新材料系统具有更好的弹道性能。

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