Titlebook: Dynamic Mechanical Behaviors and Constitutive Model of Roller Compacted Concrete; Sherong Zhang,Xiaohua Wang,Chao Wang Book 2023 Science P

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Sven B. Andersen,Anna Maria Torpntly change the crack propagation, and the larger the aggregate size is, the more obvious the strain rate effect is. On the other hand, the interlayer effect is significant under the quasi-staic loads, but increases gradually as the strain rate increases.moreover, the interlayer effect nearly disappears when the loading rate is high enough.

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Meso-mechanic-Based Dynamic Behaviors of RCC,ntly change the crack propagation, and the larger the aggregate size is, the more obvious the strain rate effect is. On the other hand, the interlayer effect is significant under the quasi-staic loads, but increases gradually as the strain rate increases.moreover, the interlayer effect nearly disappears when the loading rate is high enough.

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Size-Dependence of Dynamic Behaviors for RCC Under High-Strain-Rate Loadings,rties is further analyzed and discussed to gain a deeper understanding of the physical mechanisms, and a strain-rate-dependent size effect law is developed to model the dynamic behavior of geometrically similar specimens.

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Experimental Research on Dynamic Behaviors of RCC,leads to the weak bonding interlayers. The discontinuities induced by the particular interlayers may have great impact on stress wave propagation, such as amplitude and waveform of transmitted longitudinal wave, when the RCC structures are subjected to blast-impact loads.

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