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Development of Comprehensive Material Performance Database for Nuclear Applications

机译:核应用综合材料性能数据库的开发

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This paper introduces the present status of the comprehensive material performance database for nuclear applications, which was named JAERI Material Performance Database (JMPD), and examples of its utilization. The JMPD has been developed since 1986 in JAERI with a view to utilizing various kinds of characteristic data of nuclear materials efficiently. Management system of relational database, PLANNER, was employed, and supporting systems for data retrieval and output were expanded. In order to improve user-friendliness of the retrieval system, the menu selection type procedures have been developed where knowledge of the system or the data structures are not required for end-users. As to utilization of the JMPD, two types of data analyses are mentioned as follows :(1) A series of statistical analyses was performed in order to estimate the design values both of the yield strength (Sy) and the tensile strength (Su) for aluminum alloys which are widely used as structural materials for research reactors.(2) Statistical analyses were accomplished by using the cyclic crack growth rate data for nuclear pressure vessel steels, and comparisons were made on variability and/or reproducibility of the data between obtained by JK-increasing and 1K-constant type tests.
机译:本文介绍了用于核应用的综合材料性能数据库(称为JAERI材料性能数据库(JMPD))的现状及其使用示例。 JMPD自1986年以来在JAERI中开发,目的是有效利用核材料的各种特征数据。使用关系数据库管理系统PLANNER,并扩展了用于数据检索和输出的支持系统。为了提高检索系统的用户友好性,已经开发了菜单选择类型的程序,其中终端用户不需要系统或数据结构的知识。关于JMPD的利用,提到了以下两种类型的数据分析:(1)进行了一系列的统计分析,以便估算钢的屈服强度(Sy)和抗拉强度(Su)的设计值。广泛用作研究堆的结构材料的铝合金。(2)利用核压力容器钢的循环裂纹扩展率数据进行统计分析,并对通过计算获得的数据的变异性和/或可重复性进行比较。 JK递增和1K常数类型测试。

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