This paper provides a comprehensive review of the progresses in high-performance coral
aggregate concrete from raw materials, design principle, mechanical properties, volume …

The utilizations of locally available marine resources (eg, seawater, sea-sand or coral sand,
and coral coarse aggregate) for concrete preparation on reef or island areas contribute to …

To better understand the damage characteristics of ultra-high performance concrete (UHPC)
containing coarse aggregates (CA) under load effects, we proposed a novel three …

In light of global warming and the rising urban population across the world, freshwater is
becoming a scarce commodity. Freshwater consumption in the production of concrete …

On islands distant from the mainland, obtaining raw materials for concrete production is
often more challenging. To achieve sustainable development in island reef engineering …

This paper aims at quantitatively investigating the effect of seawater on the hydration kinetics
and microstructure development of Ultra-High Performance Concrete (UHPC). Specifically …

In this study, the matrix pores and ITZ effects on the mechanical properties of seawater sea-
sand coral aggregate concrete (SSCAC) were investigated via the meso-element equivalent …

The concrete of the deep mine shaft lining often produces a phenomenon similar to rock-
burst, and basalt fiber has good crack resistance and is widely used in engineering …

The dynamic mechanical behavior of high-strength concrete is sensitive to aggregate
properties, thus an accurate description of the effect of aggregate strength on the dynamic …

The dynamic mechanical properties, energy evolution characteristics, breakage modes, and
damage mechanism of coral reef sand concrete (CRSC) are distinctly different from those of …