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

Abstract Fabric Reinforced Cementitious Matrix (FRCM) composites are currently
considered a very effective solution for strengthening masonry constructions. However, the …

The global and local mechanical bond behaviours of textile-reinforced cementitious (TRC)
matrix composites bonded to masonry elements were investigated in this study. Single-lap …

The fatigue characteristics of rock materials are usually studied by cyclic load–unload tests,
and the deformation and damage development reflect their weakening characteristics. In this …

Optical fibers (OFs) are among the most promising technologies for distributed sensing in
structure health monitoring of composites. Optical backscatter reflectometer (OBR) based on …

This study develops an analytical model to predict the global mechanical behaviour of textile-
reinforced cementitious matrix composites (TRCMCs) subjected to tensile loading. This …

The tensile behaviour of textile reinforced cementitious matrix composites (TRC) is
investigated using acoustic emission monitoring. Three carbon-TRC-composites with …

This research work focuses both on experimental analysis and the development of an
analytical model of the shear stress distribution at the textile/matrix interface of Textile …

Systematic deviations in the sensing process of optical fiber sensors (OFSs), which are
induced by interfacial failures (concrete/adhesive (C/A)), are unavoidable. Thus, it is …

This paper proposes a methodology for the inverse analysis to predict the interface shear
stress in reinforced concrete (RC) structures strengthened using externally bonded carbon …