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Biaxial Low-Cycle Fatigue Behavior of Steel Fiber-Reinforced Concrete

机译:钢纤维混凝土的双轴低周疲劳行为

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摘要

The experimental investibation reported herein involved 4-inch concrete cubes that were tested cyclically in biaxial compression under varying stress-to-strength ratios. A detailed study of the experimental results forms the basis for an improved understanding of the micromechanical mechanisms that control this complex material behavior. This understanding is of invaluable assistance in the development of damage mechanics-based constitutive models that are capable of reproducing such behavior.
机译:本文报道的实验研究涉及4英寸混凝土立方体,该立方体在不同的应力强度比下以双轴压缩方式进行了循环测试。对实验结果的详细研究为更好地理解控制这种复杂材料行为的微机械机理奠定了基础。这种理解对于基于损伤力学的本构模型的开发具有宝贵的帮助,该模型能够重现这种行为。

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