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different from laboratory results. Hence, it is crucial to understand the effect of self-consolidation behaviour on the mechanical properties of backfill material. This paper presents an experimental study ...
Soil replacement is an effective technique used in construction practices. Hence, several studies have considered the mechanisms to remove and replace mitigation in the past . This research ...
that they are highly vulnerable to failure under seismic loads. Very few studies in the past have focused on behaviour of URM structures made of bricks with low strength and stiffness. Hence, the main objective ...
on their CABs. It is also indicated that, experimentally and theoretically, the boundary A/C value between CAM-Ls and CAM-Hs might be around 0.6, below which the hardened cement paste (hcp) form the matrix ...
in influencing the cement hydration kinetics, pore structure of hardened cement pastes and the mechanical strength of concrete, due to the different spatial distribution of the two types of water in the concrete ...
would not affect the validity of the results obtained from experiments. From the experimental results, the mechanical anisotropy and failure modes of columnar jointed rock masses under uniaxial ...
Crossref Search ADS WorldCat Crossref 21 Baert G , et al. , 2008 Reactivity of fly ash in cement paste studied by means of thermogravimetry and isothermal calorimetry , J. Therm. Anal. Calorim. , vol. 94 (pg ...
properties. Insight, innovation, integration This study was designed to understand the effects of silicon and zinc on the physical, mechanical , and in vivo osteogenic properties of brushite cements ...
. In this study , an A/B double component unsaturated epoxy resin (YY-505) was chosen, to simulate cementation of diagenesis in rocks. Its operable time is 2–3 hr and full curing time is approximately 24 hr, which ...
Crossref Search ADS WorldCat Crossref Ghabezloo S , Sulem J . , 2008 Poromechanical behaviour of hardened cement paste under isotropic loading , Cem. Concr. Res. , vol. 38 (pg. 1424 - 1437 ) 10.1016 ...
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