Behavior of self-compacting concrete with technological advances in the application of new materials and their influence on the behavior of its physical-mechanical properties-A Review

Nayeli C.I.A.; Tanta L.M.M.; Alarcon E.D.C.; Barrios B.S.V.; Quispe A.C.F. · Salud, Ciencia y Tecnologia - Serie de Conferencias (2023) · DOI: 10.56294/sctconf2023535

Resumen

Self-compacting concrete is one of the most innovative materials of the moment in the construction industry, being one of the most required due to its high resistance. In this systematic review, the behavior of self-compacting concrete with the incorporation of new materials was analyzed. The objective is to determine which material, when incorporated into self-compacting concrete, has presented a large improvement in its physical-mechanical properties in a fresh and hardened state, based on the search for documents, of which there were 50, of which the following bases stand out. digital data such as: DYNA, ELSEVIER, IOPSCIENCE, MDPI, SCIELO, SCOPUS among others. Thus, obtaining results in Spanish and English, from this, through eligibility criteria such as temporality, access, its results, its focus on the object of study, 30 were selected. Where, the following conclusion was reached, for buildings self-compacting concrete with the addition of hooked hybrid fibers and micro steel have presented better results in eliminating cracking, likewise the incorporation of ashes in self-compacting concrete at a structural level has presented great benefits in compression resistance, this is supported by research and His studies carried out on the properties in the fresh state such as workability and in the hardened state improving resistance to compression and bending. © Autor(es); 2023.

Instituciones: Universidad Privada del Norte