Titlebook: Early-age Cracking Control on Modern Concrete; Dejian Shen Book 2024 Science Press 2024 Early Age.Restrained Condition.Chemical Admixture.

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Early-age Cracking Control on Concrete with Fly Ash,. However, the significant early-age shrinkage of high performance concrete and high strength concrete with low water-to-cement ratio induces high cracking potential. Fly ash can be used as a mineral admixture of high performance concrete and reduce autogenous shrinkage and dry shrinkage. In this ch

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Early-age Cracking Control on Concrete with Silica Fume, compressive strength, elastic modulus, and durability through pozzolanic activity. However, addition of silica fume can lead to great autogenous shrinkage, reduced workability, and high early-age cracking potential under restrained conditions. In this chapter, the effects of silica fume dosages on

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Early-age Cracking Control on High Strength Concrete with Nano-CaCO3,CaCO. is relatively suitable nanomaterial incorporated in concrete for improving early-age performance. In this chapter, early-age cracking control on high strength concrete with nano-CaCO. was investigated. The results showed that compressive strength, splitting tensile strength, and elastic modulu

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Early-age Cracking Control on High Strength Concrete with Crystalline Admixture,for decreasing the permeability of concrete or strengthening the self-sealing of cracks. In this chapter, the effect of crystalline admixture on early-age cracking resistance of high strength concrete was investigated. The results showed that the addition of crystalline admixture enhanced the mechan

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