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Analysis of the Evolution of Mechanical Properties of Metallic Materials by AMD-Methods for Thermomechanical Impacts

机译:AMD方法对金属材料力学性能演变的热力学影响分析

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One of the topical material science problems today is the problem of analyzing the evolution of the mechanical properties of metallic materials, predicting their behavior under thermomechanical influences. To solve this problem, it is suggested to use methods of acoustomicrouscopy flaw detection or AMD-methods. They make it possible to obtain, with the aid of acoustic waves (AB), images of the structure at various depths from the surface of the object. This does not require any additional surface treatment, including chemical etching. The advantages of analyzing the evolution of the mechanical properties of alloys using AMD methods are related to the fact that acoustic waves and their characteristics are sensitive both to the parameters of the structural elements and to their changes associated with external influences.
机译:今天的主题材料科学问题之一是分析金属材料的机械性能演变,预测其在热机械影响下的行为的问题。为了解决该问题,建议使用声显微显微镜探伤或AMD方法。它们使得可以借助声波(AB)获得距物体表面各种深度的结构图像。这不需要任何其他表面处理,包括化学蚀刻。使用AMD方法分析合金力学性能演变的优势与以下事实有关:声波及其特性既对结构元素的参数敏感,又对与外部影响相关的变化敏感。

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