首页> 外文会议>International Conference on Superplasticity in Advanced Materials;ICSAM; 20060623-26;20060623-26; Chengdu(CN);Chengdu(CN) >The ASTM International standard test method for determining the Superplastic Properties of Metallic Materials
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The ASTM International standard test method for determining the Superplastic Properties of Metallic Materials

机译:确定金属材料超塑性的ASTM国际标准测试方法

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Over the last 40 years there have been many papers published showing superplastic properties of metallic materials. However there has been no standardized test available to assess and compare material, and researchers and companies in the field have devised a number of different methods to show superplastic properties. The value of these properties can vary dependent on the test method used. ASTM International (formerly The American Society for Testing and Materials ) has developed a standardized test method for superplastic properties. The standard is intended for all to use as a common platform for testing, evaluating and publishing superplastic properties to a uniform format, useful for both academia and industry. The paper outlines the main points of the standard, including:-The coupon geometry and the method of clamping the coupon in the grips. The furnace and test machine requirements. The testing conditions and the method of pulling the coupon. The analysis of the load and extension data from the test, and the standard presentation of superplastic properties. The basic superplastic properties of stress versus strain for any particular constant strain rate. The method to determine 'm' using a step method at a particular strain. Some data is presented showing how the properties of fine grain Ti-6AI-4V titanium alloy are derived and presented using the standard.
机译:在过去的40年中,已经发表了许多论文,这些论文显示了金属材料的超塑性。但是,尚无可用于评估和比较材料的标准化测试,并且该领域的研究人员和公司已设计出多种不同的方法来显示超塑性。这些属性的值可以根据所使用的测试方法而变化。 ASTM International(以前为美国材料与试验学会)已经开发了一种超塑性的标准化测试方法。该标准旨在供所有人用作测试,评估和发布超塑性特性(以统一格式)的通用平台,对学术界和工业界均有用。本文概述了标准的主要内容,包括:-试样的几何形状以及将试样夹在夹具中的方法。熔炉和试验机的要求。测试条件和拉动试样的方法。测试中的载荷和延伸数据分析,以及超塑性的标准表示。对于任何特定的恒定应变率,应力与应变的基本超塑性性质。在特定应变下使用步进法确定'm'的方法。提出了一些数据,显示了如何使用该标准推导并提出了细晶粒Ti-6AI-4V钛合金的性能。

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