Combining different fiber types may improve the mechanical properties of fiber reinforced
concrete. The present study is focused on investigating hybrid fiber reinforced concrete …

Ultra-high-performance concrete (UHPC) has recently gained popularity for use in bridge
constructions. Innovative steel-UHPC composite slabs (SUCS) with perfobond rib shear …

This paper presents an experimental study to investigate the flexural and moment
redistribution performance of six full-scale two-span continuous reinforced concrete beams …

Research focused on concrete tensile strength is rather limited compared to that of
compressive strength. In most cases concrete tensile strength is neglected in design, but in …

Flexural behavior of a concrete slab system with an optimal weight-to-strength ratio
comprising layered and hollow-core slab structures was investigated using two-layered …

The relationship between transverse and longitudinal deformations (Poisson ratio) in the
compressed zone of bending reinforced concrete elements is still not properly considered in …

This study continues a series of investigation of two‐layer beams (TLB), performed by the
authors. This series includes developing an idea of a TLB, testing steel fibered high strength …

In this study, a double‐layer reinforced concrete beam structure was created for the purpose
of repairing reinforced concrete beams by pouring a layer of concrete on top of the …

Abstract In this paper Slurry Infiltrated Fiber Concrete (SIFCON) has been used at plastic
hinge locations to fix the ductility problem of continuous reinforced concrete beams. The use …

This study continues a series of theoretical and experimental investigation of two‐layer
beams (TLBs), performed by the authors. Such beams consist of normal strength concrete …