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This article investigates the performance and response of composite material plates with silicon carbide ceramics as the impact panel structure under typical load conditions of high-speed impact. Based on the kinematic analysis and ballistic characteristics analysis of the new ceramic material protective plate, optimization suggestions are proposed for the configuration of silicon carbide ceramic composite plate, which has important guiding significance for material development, application, reliability evaluation, and life prediction.

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Optimization of Impact Resistance of New Ceramic Materials

  • 会议论文

  • 发表日期：

    2025年

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  • Xuejing Shen,
  • Yanhong Wang,
  • Deshan Wang,
  • Shuang Yu

摘要

This article investigates the performance and response of composite material plates with silicon carbide ceramics as the impact panel structure under typical load conditions of high-speed impact. Based on the kinematic analysis and ballistic characteristics analysis of the new ceramic material protective plate, optimization suggestions are proposed for the configuration of silicon carbide ceramic composite plate, which has important guiding significance for material development, application, reliability evaluation, and life prediction.