Yield strength development of 3D printable concrete by the early age activation reactions
plays a vital role in the printability of geopolymer concrete. This study presents a rheo …

The rapid development of additive manufacturing technologies in the construction industry
has heightened interest in the accurate estimation of the structural build-up rates of …

Abstract Effects of cement fineness, fly ash replacement ratio and fineness changes on some
fresh state and rheological properties of mixtures were investigated in this study. Two …

With increasing interest in the use of additive manufacturing techniques in the construction
industry, static rheological properties of fresh concrete have necessarily come into focus. In …

This study investigates the pore structure of oil well cement slurry (OCS) in the suspension–
solid transition stage and the effect of the hydrated products on the pore structure via …

A modified wellbore simulation chamber (MWSC) was used to simulate gas migration
through cemented annuli at early ages. A series of gas migration tests were performed on …

This study investigated the hydration kinetics and microstructure of oil-well cement slurry in
the early hydration stage using calorimetry, X-ray powder diffraction, thermogravimetry …

Gas migration through fresh and hardened cement slurry is an ongoing problem in the oil
industry. In order to eliminate this unfavourable phenomenon, research is being conducted …

The dynamics of air (gas) bubbles in a column of cement slurry is examined numerically.
The air injected at the bottom of a laboratory-scale column through a porous distributor plate …

Despite the increased emphasis on enhancing short and long-term cement isolation, the oil
and gas industry has not agreed upon a collective, scientifically supported blueprint to …