… This paper investigates the tensile behavior of the recently developed ambient-cured one-part
engineered geopolymer composites (EGC) incorporating different hybrid combinations of …

This paper is aimed to improve the mechanical properties (namely compressive and tensile
strengths) of a recently developed fly ash-based engineered geopolymer composite (EGC) …

… impact behavior of SHGC, their dynamic tensile behavior has not been analyzed so far.
Considering that the tensile behavior of SHCC is highly rate-dependent both in terms of tensile …

… Based on the micromechanical parameters, theoretical fiber-bridging analysis was performed
to get further insights into the tensile behavior of the UD-EGCs investigated in this study. …

… The unique tensile behaviour of EGC can be tailored by modifying the material composition
that would change its internal microstructure and in turn alter the matrix properties and fibre-…

… / L , the tensile and compressive strength of EGC increased, whereas the tensile ductility of
… Also, the SiO 2 / Na 2 O molar ratio had negligible influence on the tensile behavior of EGC, …

… This paper investigated the tensile behaviors of TR-EGC. The compressive and tensile
behaviors of ambient-cured EGC with local PVA fiber were investigated. Then twenty-seven TR-…

… composites are inherently weak under tensile stresses, due to its high brittleness quotient,
and the problem gets further aggravated in geopolymer composites … “geopolymer” composite …

… The results from this study indicated that FA improves both bending and tensile behaviour
due to generation of stronger bonding between the PVA fibres and cement matrix. The SHCC …

… However, their tensile behaviour under high loading … geopolymer composites are considered
in this study, ie, one unreinforced geopolymer mortar and three fiber-reinforced geopolymer …