Demand for the natural and synthetic fibres are increasing day by day due to the
development of high strength composites materials, especially in the production of …

This review paper provides a key information, allowing readers to comprehensively
understand the direct tensile behavior and test methods for textile reinforced cementitious …

Collagen-based hydrogels have been regarded as one of the most popular biomaterials for
applications in biomedical engineering as scaffolds, cell or drug carriers and medical …

This paper presents both experimental and analytical study results for predicting the flexural
capacity of reinforced concrete (RC) beams with externally bonded carbon fabric reinforced …

The anodic degradation process of carbon fibres (CFs) in carbon-fibre-reinforced-polymer
(CFRP) composites was first examined under varying operating currents, particularly in the …

This study investigated the sensitivity of tensile resistance of glass textile (G) reinforced
cementitious composites (GTRCCs) containing G with two types of mesh direction (G-M1 …

The tensile stress versus strain curves of the textile reinforced cementitious composites
(TRCCs) are fundamental information for the design and application of TRCC structures …

To improve the fatigue resistance of degraded reinforced concrete (RC) beams, the present
study employs a dual-functional intervention, impressed current cathodic protection and …

The fabric-reinforced cementitious matrix (FRCM) has begun to show great application
prospects in structural strengthening, especially for seismic strengthening. However, a poor …

Despite many advantages of externally bonded FRP systems, the rapid loss of strength at
high temperatures is a concern for fire scenarios. Fabric-reinforced cementitious matrix …