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Design, Fabrication and Characterization of High Temperature Joints in Ceramic Composites

机译：陶瓷复合材料高温接头的设计，制作与表征

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摘要

Ceramic joining has been recognized as one of the enabling technologies for the successful utilization of ceramic components in a number of demanding, high temperature applications. Various joint design philosophies and design issues have been discussed along with an affordable, robust ceramic joining technology (ARCJoinT). A wide variety of silicon carbide-based composite materials, in different shapes and sizes, have been joined using this technology. This technique is capable of producing joints with tailorable thickness and composition. The room and high temperature mechanical properties and fractography of ceramic joints have been reported. These joints maintain their mechanical strength up to 1200℃ in air. This technology is suitable for the joining of large and complex shaped ceramic composite components and with certain modifications, can be applied to repair of ceramic components damaged in service.
机译：陶瓷连接已被公认为是在许多苛刻的高温应用中成功利用陶瓷组件的使能技术之一。讨论了各种联合设计理念和设计问题，并提供了一种价格合理，功能强大的陶瓷连接技术（ARCJoinT）。使用该技术可以连接各种形状和尺寸各异的碳化硅基复合材料。该技术能够生产具有可定制的厚度和成分的接头。陶瓷接头在室温和高温下的力学性能和分形都有报道。这些接头在空气中可保持高达1200℃的机械强度。该技术适用于大型和复杂形状的陶瓷复合材料部件的连接，并且经过某些修改后，可用于修复在使用中损坏的陶瓷部件。

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