Effect of GO/FeNi3 nanoparticles on tensile strength of concrete

Rasool Zabeti¹ Amin Honarbakhsh² Rahele Zhiani³

1) Colleague author
2) Original author
3) Colleague author

IOI Code : AZAE-AZCAGA
Publication : 4th International Congress on Civil Engineering, Architecture, Building Materials and Environment(caucong.com/4th)
Abstract :
    The set of concrete has a special place in the construction of all kinds of structures, which can create its cheapness and high resistance, which is known as one of the most consumed materials in the field of construction. Concrete porosity has a significant effect on water absorption in the concrete structure. The high permeability of concrete allows reactive molecules and ions to enter the concrete, which may eventually lead to the loss of chemical stability of cement products. Temperature, processing time and key factors are related to the formation of concrete internal pore network structure. The purpose of this project was to use GO/FeNi3 nanoparticles on tensile maps of concrete, synthesis of nanoparticles using FTIR method.

Keywords : nanoparticles concrete tensile strength graphene acid