Engineered cementitious composites (ECCs) are a breed of highperformance fiber-
reinforced cementitious composites (HPFRCC) with significant strain-hardening behavior …

As emerging advanced construction materials, strain hardening cementitious composites
(SHCCs) have seen increasing field applications recently to take advantage of its unique …

A sequential multiscale approach is applied to model fracture in high performance fiber
reinforced cementitious composites. For each relevant length scale, dominant substructures …

The mechanical behaviour of cement-based material is highly time-dependent and rate-
dependent not only for dynamic cases, but also in the quasi-static loading range, where …

The behavior of fiber-reinforced cement composite (FRCC) flexural members under large
displacement reversals was experimentally evaluated. Emphasis was placed on estimating …

One of the most important characteristics of Ductile Fiber Reinforced Cementitious
Composite (DFRCC) is its strain hardening behavior up to 5–6% strain under tensile …

Many shear dominant structural members in existing concrete structures have been
evaluated as below serviceable standard requiring strengthening and/or repair. In order to …

The possibility of using concrete materials with tensile hardening behavior (High
Performance Fiber Reinforced Cementitious Composites, HPFRCC) for strengthening R/C …

Recently, fiber reinforced cementitious materials with novel properties have been
developed. Here, novel properties mean “high tensile strain capacity with strain hardening …

This paper describes the outline of the first building structure applied Reinforced ECC
(Engineered Cementitious Composite) coupling beams and the quality assurance system by …