Achieving breakthroughs in marine technologies requires the development of infrastructures
submerged in deep-sea environments, whose physicochemical effects on cement-based …

This paper compared several mathematical models predicting chloride penetration in
concrete by employing a time-dependent diffusion coefficient for a number of analytical …

This study investigates the impact of ground granulate blast-furnace slag (GGBFS) and fly
ash (FA) on both the corrosion resistance of steel reinforcement, assessed through the …

Tóm tắt Bê tông cường độ cao (HSC) có hàm lượng tro bay lớn không những đáp ứng được
yêu cầu cao về cường độ và độ bền lâu trong môi trường xâm thực biển mà còn góp phần …

In order for UHPC to be implemented in Florida structures and realize its potential benefits,
research was needed to develop specifications for UHPC materials not supplied as …

Rapid test methods to measure the resistance to chloride penetration of UHPC containing
steel fibers would simplify mixture qualification procedures. Research was performed to …

Reinforced concrete structures in the marine environment experience early deterioration
problems due to chloride-induced steel corrosion. High chloride concentrations available …

Tóm tắt Bê tông cường độ cao (HSC) có hàm lượng tro bay lớn không những đáp ứng được
yêu cầu cao về cường độ và độ bền lâu trong môi trường xâm thực biển mà còn góp phần …

Ultra-high-performance concrete (UHPC) is a new class of concrete made with fibers to
provide high compressive strength, and superior mechanical performance and durability …

To minimise the impact of early deterioration of reinforced concrete (RC) structures in the
marine environment, blended cements made using supplementary cementitious materials …