Rock aggregates constitute the enormous volume of inert construction material used around
the globe. The petrologic description as igneous, sedimentary, and metamorphic types …

This paper examines the effect of the aggregate type on concrete strength, and more
specifically, how the petrographic characteristics of various aggregate rocks as well as their …

This study aimed to investigate the role of seawater intrusion, nitrogen (N)-cycle, and
anthropogenic activities on the elevated groundwater concentrations of oxyanion-forming …

The Edessa ophiolite complex of northern Greece consists of remnants of oceanic
lithosphere emplaced during the Upper Jurassic-Lower Cretaceous onto the Palaeozoic …

The size, shape, gradation and appearance of aggregate have a significant impact on the
road performance of asphalt mixtures, which is directly related to the deformation …

This study investigates how the petrographic features of Klepa Nafpaktias sandstones affect
their behavior in construction applications such as concrete, in environmental applications …

Aggregates are essential in the production of composite building materials and their
properties and characteristics influence the performance of these materials in use …

This paper investigates the interrelationships between the engineering properties of igneous
aggregate rocks from Greece with the aid of the R-mode factor analysis. The collected …

This study focuses on the use of petrology as a useful tool in construction applications (ie,
concrete). More specifically, this study investigates how the petrogenetic characteristics of …

The present study aimed to assess rock aggregate quality through the Analytic Hierarchy
Process (AHP). In the context of the AHP analyses, four rock types (ie, andesite, basalt …