This paper presents a discussion of the research challenges in fiber reinforced cementitious
composites within the context of the Performance-Processing-Property-Structure framework …

This paper presents a discussion of the research challenges in fiber reinforced cementitious
composites within the context of the Performance-Processing-Property-Structure framework …

This paper describes the performance driven approach in the design of fiber reinforced
cementitious composites. This approach is illustrated with structural durability as an …

The effort to modify the brittle behaviour of plain cement materials such as cement pastes,
mortars and concretes has resulted in the modern concepts of fibre reinforcement and …

This article reviews the tailoring of engineered cementitious composites (ECC), a type of
high performance fiber reinforced cementitious composites with a theoretical design basis …

High performance fiber-reinforced cement composites have been defined as materials
which enhance the tensile strength of matrix and which exhibit postpeak response of a strain …

Pseudo-strain-hardening behaviour under direct tensile loading in short fibre reinforced
cement composites designed with quantitative guidance from micromechanics has been …

The recent technological development of a great variety of fibers has been creating new
opportunities for the improvement of fiber reinforced cementitious composites (FRCC) as …

This chapter summarizes some state-of-the-art basic understanding on fiber reinforced
concrete. Toughening mechanisms in fiber reinforced cementitious composites have been …

The role of fibers in the enhancement of the inherently low tensile stress and strain
capacities of fiber reinforced cementitious composites (FRC) has been addressed through …