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从自治基本原理出发，引入本征应变、割线模量、弹性对比材料等概念，结合平均场理论方法，提出了普适性双相合金材料的自洽框架，并进而将其用于预告钨合金材料在单轴拉伸条件下的本构行为。对93wt％钨合金所得到的单轴拉伸实验曲线证实，本理论框架具有今人满意的精度和可靠性。
Based on the basic principle of autonomy, this paper introduces the concepts of intrinsic strain, secant modulus and elastic contrast material, and proposes a self-consistent framework of universally applicable dual-phase alloy by means of average field theory. Constitutive Behavior of Alloy Materials Under Uniaxial Stretching. The experimental results of uniaxial tension on 93wt% tungsten alloy confirmed that the theoretical framework has satisfactory accuracy and reliability.