Self-compacting concrete (SCC) has been widely used in building structures. However, previous research focused only on the mechanical properties and working of SCC at room temperature. Thus, there is limited change compressive strength after a fire. This paper aims to investigate being cooled from high temperatures. The specimens were firstly heated target temperature 100–700 °C then ambient te...

Producing parts with high density and improved mechanical properties is one of the most important aims of powder metallurgy process. There are many factors for attaining modified properties in sintered parts but among them controlling type and quantity of alloying elements and manufacturing parameters such as compacting pressure, sintering temperature are the most effective. In this research, t...

Self-compacting mortars are achieving a great deal in the construction industry due to their remarkable characteristics and advantages over conventional concrete. The main drawback associated with self-compacting is high cost ingredients used production of mortars. This research aims overcome this by combining effects nano-silica glass powder on properties mortar at normal higher temperatures. ...

producing parts with high density and improved mechanical properties is one of the most important aims of powder metallurgy process. there are many factors for attaining modified properties in sintered parts but among them controlling type and quantity of alloying elements and manufacturing parameters such as compacting pressure, sintering temperature are the most effective.in this research, tw...

Article Retraction of: An experimental investigation into the effects of Cr2O3 and ZnO2 nanoparticles on mechanical properties durability self-compacting mortar was published March 7, 2023 in journal International Journal Materials Research (volume 0, issue 0).