The use of hollow glass microspheres (HGMs) in a low water-to-binder matrix generally
hinders the flowability of the composite due to the high water absorption capacity of HGMs …

Lightweight concrete must contain lightweight aggregates that are more susceptible to
segregation than traditional concrete. Concrete has increasingly used lightweight fillers but …

Achieving high strength and low weight in cement-based composites remains a critical
objective in material and structure engineering. This study presents the development of an …

In the current work, the mechanical and thermal characteristics of environmentally friendly
lightweight composites with high specific strength (defined as the ratio of strength to density) …

Investigating the evolution of the microporous structure is essential for gaining insights into
the hydration process of the cementitious materials. However, conventional methods for …

Fire is detrimental to skyscrapers. Lightweight high-performance concrete (L-HPC)
developed by combining lightweight microspheres and ultra-high-performance concrete …

During offshore natural gas extraction, the formation of hydrates in the wellbore poses a
crucial issue that affects flow safety. There is a need to find a reliable solution to establish a …

The current research focuses on the analysis of fly ash cenospheres (FACs), a waste
generated in coal-fired power plants, and the possibilities of using them in refractory …

The main objective of the study was to determine the effect of the use of cenospheres for
C30/37 class concretes used in construction and road construction. As part of the research …

Compared to conventional concrete, lightweight concrete offers a reduced unit weight,
making it easier to handle and transport. Its popularity has surged globally in numerous …