The increased energy absorption capacity of fibre reinforced concrete (FRC) is well known.
Much, however, remains unknown about the time-dependent behaviour of FRC under …

An experimental investigation on the fracture test response of notched concrete beams with
two types of discrete macrosynthetic fibres is presented. The influence of high-modulus …

This paper presents the experimental results of short-and long-term tests on cracked
MSFRC elements at different temperatures. Various factors affecting the long-term behaviour …

This paper presents the mechanical behavior of macro-synthetic fiber-reinforced concrete
with polypropylene fibers (MSFRC) under varying temperature environments. The Lattice …

Given the growth in structural applications of fibre reinforced concretes (FRCs), the
characterization of their mechanical performance, and the formulation of predictive models …

The use of synthetic fibers in fiber-reinforced concretes (FRCs) is often avoided due to the
mistrust of lower performance at changing temperatures. This work examines the effect of …

Macro synthetic fibres are known to significantly improve the toughness and energy
absorption capacity of conventional concrete in the short term. However, since macro …

This paper examines the effect of fibres on the flexural creep of fibre reinforced concrete
(FRC) in the cracked state based on the analysis of experimental results compiled over the …

This research shows an experimental campaign performed aiming to understand the
influence of moderate temperatures (5° C, 20° C and 50° C) on the mechanical behavior of …

[EN] Adding fibers into concrete-matrix has been a common practice since the sixties to
enhance the properties of traditional concretes. Over time, advancements in construction …