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In the present study, the effects of a sieved sugar cane bagasse ash (SCBA) and fly ash (FA) on the rheological properties of pastes and mortars were investigated.
In addition, mini-slump cone and the flow/spread table tests were carried out to determine the feasibility of evaluating the rheological properties of pastes and mortars from empirical tests.
Starting from the maximum packing density as the reference state related to the water volume needed just to fill the voids between the solid particles, the rheological properties of pastes designed with different cements (OPC, slag cement) and different LF were measured and analyzed according to the excess water to solid surface area ratio.
This study investigates the influence of polyamide powder waste on the rheological properties of plaster pastes.
Rheological properties of the paste and paste volume proportion are less influential.
In the paper the methodology and results of investigation of the influence of temperature and time on the rheological properties of cement paste and different in cement paste volume fresh self compacting concrete are presented and discussed.
The rheological properties of CA paste, which can reflect the workability of CA paste and the stability and demulsifying behavior of asphalt emulsion, have attracted much attention.
This paper aims to clarify the influence of the constituent nature and dosages on the rheological properties of cement paste within the framework of self-compacting concrete design.
The influence of fibers (type and quantity) on the grading of solid skeleton, minimum content and rheological properties of the paste required to achieve the required self-compactability and rheological stability were studied.
This paper investigated the rheological properties of cement paste containing high volume circulating fluidized bed fly ash (CFBFA) using a rheometer.
However, the rheological properties of CA paste with different charge types of emulsion (i.e. cationic and anionic) as well as the influencing mechanisms are not clearly understood.
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