Fiber metal laminates (FMLs) comprised of metal alloy and composite materials have been
extensively applied in a broad range of engineering structures in virtue of their outstanding …

The worldwide enhancement in the accumulation of waste tires and associated upcoming
environmental and social concerns are becoming the primary intimidations. Waste tires are …

The environmental damage caused by improper management of waste tires increased over
the past years creating a relevant problem to be solved. In the field of civil engineering …

This paper analyzed the effect of different fibres on the residual compressive strength, the
ultimate load and flexural toughness, the failure pattern and the fracture energy of self …

Based on the investigation of the influence of steel fibre on the workability of fresh self-
consolidating concrete (SCC), this paper presents the experimental results carried out on a …

In this study, the impact behavior of ten types of high performance self-compacting concrete
(HPSCC) was explored using the drop-weight method. The HPSCC specimens were …

In this study, experimental investigations were performed on steel mesh (SM), steel fibre
(SF) and high-performance polypropylene fibre (HPPF) reinforced shotcrete (HPPFRS) …

The research idea is based on the addition of industrial lathe wastes produced from the
waste from factories and workshops in large quantities and redundant due to the series of …

A series of steel fibre reinforced self-consolidating concrete (SFRSCC) beams have been
tested to investigate the influence of steel fibres and the combined effect of fibres and …

This paper presents experimental and numerical studies on impact resistance of reactive
powder concrete (RPC) targets reinforced with 44-layer steel wire meshes. Steel ogive …