Graphene nanoplatelet (GNP) is a cheap impermeable carbon-based nanoplatelet with
large surface-to-volume ratio and has been exploited in polymer materials to improve their …

In this study, in situ strength of concrete was determined through compression test of cores
drilled out from laboratory cast beams. The apparent porosity and pore size distribution of …

The macroscopic properties of carbon nanotubes (CNTs) modified reactive powder concrete
(RPC) composites are closely related to their pore structure characteristics, but the structural …

Diffusive and convective transport properties are essential for cement-based materials
durability studies. To understand and model such transport mechanisms, information on …

Effects of rate of pressure application and forms and type of sample on porosity and pore
size distribution of concrete estimated through mercury intrusion porosimetry (MIP) are …

The compressive strength of cementitious materials is significantly affected by its pore
system inherent in the matrix of cement paste, not only porosity but also pore size …

This paper reports the results of an investigation of the pore size distribution of mortar that
contains varying amounts of ground brick from different European brick types. Clay brick …

Pore structure, the most important structural feature of reactive powder concrete (RPC) with
nanofillers, is closely related to the dispersion quality, content level and internal structure of …

Several additions, minerals and organic, are used in mortars, such as pozzolanic materials,
cementicious materials and polymers. Literature about the use of additions in masonry …

This research studies relationships between pore parameters obtained from mercury
intrusion porosimetry (MIP) and experimental results to determine the potential for those …