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Effect of fibres on early age cracking of concrete tunnel lining. Part II: Numerical simulations

机译:纤维对混凝土隧道衬砌早期开裂的影响。第二部分:数值模拟

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摘要

The early-age cracking of concrete structures increases permeability and diffusivity and moreover accelerates the penetration of liquid, gas and aggressive agents. Consequently, the serviceability of these structures could be reduced drastically. Early-age cracking might be due to external loading, but also to the internal or external restraint resulting from autogenous, drying and thermal shrinkage. This study focuses more specifically on these latter phenomena.
机译:混凝土结构的早期开裂增加了渗透性和扩散性,此外还加速了液体,气体和侵蚀剂的渗透。因此,这些结构的可使用性可能会大大降低。早期裂纹可能是由于外部载荷,也可能是由于自生,干燥和热收缩而产生的内部或外部约束。这项研究更具体地针对这些后一种现象。

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