The use of ultra-high strength concrete (UHSC) could significantly increase the load-carrying
capacity of a structural member, and thus reducing the amount of materials used as well as …

This study examines the use of steel fibers in enhancing the ductility of an economical ultra‐
high strength concrete (UHSC). The addition of fibrous material with very small geometry in …

Compressive strength (CS) and splitting tensile strength (STS) are paramount parameters in
the design of reinforced concrete structures and are required by pertinent standard …

The development of new generation concrete by eliminating the coarser particles such as
coarse aggregate and utilization of micro-particles like silica fume, quartz powder and sand …

Several types of commercial High-performance ductile concrete (HPDC) are utilised in
developed countries like Canada, the USA, Australia, etc. and the properties of the HPDC …

Although mechanical properties of concrete under uniaxial compression are important to
design concrete structure, current design codes or other empirical equations have clear …

An investigational study is conducted to examine the effects of different amounts of binders
and curing methods on the mechanical behavior and ductility of Ultra-High Performance …

The use of ultra-high strength concrete (UHSC) is advantageous in construction. In fact, a
combination of UHSC with regular reinforcement steel still has problems with corrosion after …

Ultra-high strength concrete which have 100 MPa compressive strength or higher can be
developed applying RPC (Reactive Powder Concrete). Preventing brittle failure under …

As the demand for higher-strength of concrete is increasing, the research on Ultra-High
Strength Concrete (UHSC) has the spectacular development in recent years. The purpose of …