The development of Self-compacting concrete (SCC) was initiated in Japan in late 1980.
SCC is understood for its self-consolidation and flows through narrow spaces in the …

Abstract Self-Compacting Concrete is an exceptional Concrete able to compact under its
own weight applicative to be placed in gridlocked structures without the use of an external …

Research on the additional material along with cement and as well as the for the filler
material to act as the fine aggregate is gaining a wide scope and inclined to a various …

Improving the durability of building materials saves maintenance costs, construction time
and energy. In this study, titanium dioxide-coated conventional and non-conventional …

Cement is the principal constituent of concrete, and its production has posed a significant
threat to the global environment. The fact that cement is extensively needed in enormous …

The influence of metakaolin (MK) on concrete was investigated as a partial replacement of
cement, which is liable for high content of CO2 emission during the manufacturing process …

High-performance concrete is a specialized type of concrete renowned for its exceptional
strength, durability, and resilience to various environmental stresses. Typically it's crafted …

Adding steel fibres can transform the brittle characteristic of concrete into a ductile state. The
objective of the current study is to test the impact resistance of macro and micro steel fibre …

This research investigates the durability-based properties of a ternary calcined clay and
limestone powder blended Self Compacting Concrete by measuring the short-and long-term …

This investigation delineates the impact of pozzolanic constituents and industrial byproducts
on the mechanical properties of self-compacting concrete (SCC). Calcined kaolinitic clay …