Ultra-high performance concrete (UHPC) is a promising civil engineering cementitious
material characterized by superior mechanical properties, where the compressive strength …

In the world, the construction science and technology industry has developed strongly
thanks to the application of Ultra-High Performance Concrete (UHPC) technology, with a …

Weakness in the structural facilities appears due to design faults, poor construction, usage
change, maintenance lack, material defects, and environmental conditions. Therefore …

Engineered cementitious composite (ECC) has been identified as an optimal material for
reinforcing normal concrete (NC) structures owing to its exceptional mechanical properties …

Basically, the interface shear strength between two concrete layers of varying ages must be
sufficient to withstand the applied actions on the structure, specifically fire attack, which may …

The cracking of the negative moment area of steel–normal concrete (NC) composite bridges
is common owning to the low tensile strength of concrete. In order to solve the problem, Ultra …

The interfacial bond strength between the normal strength concrete (NSC) substrate and
ultra-high-performance concrete (UHPC) overlays exhibits crucial significance for the …

In order to investigate the interfacial bonding performance between ultra-high performance
concrete (UHPC) and normal concrete (NC) treated with ribs, shear push-test are conducted …

The interface of fresh-aged concrete represents a critical vulnerability within monolithic
assembled monolithic concrete structures. In this paper, the shear performance of the …

For large arch bridges, the sealing hinge layer at the arch footing is critical to the long-term
performance and durability of the structure. This study investigated the temperature …