With the rapid development of economy and industrialization, the consumption of natural
resources has risen sharply. A large number of greenhouse gases and industrial solid waste …

This study conducts a scientometric review on the use of geopolymer mortar and composites
in different construction applications. It aims to analyze the findings of past research and …

Replacement of cement with solid waste is an important method for conserving natural
resources and reducing CO 2 emissions. In this study, steel slag and lithium slag were used …

The ability to utilize industrial by-products in the production of cement-free geopolymer
concrete is a promising technology. However, the development, characterization, and …

The utilization of industrial waste by-products including blast furnace slag (BFS) for
geopolymer (GP) production gained considerable attention in recent years. Yet, the …

The gel compatibility in calcium contained geopolymers remains a controversial topic. This
work aims to clarify the role of Ca availability in determining the geopolymerization of alkali …

The high fine-aggregate content of Self-Compacting Concrete (SCC) means that its
deformational behavior differs from that of vibrated concrete. SCC performance is further …

This study examines the effect of various parameters on the properties of alkali-activated
composites made with unprocessed ladle furnace slag. Taguchi method was used to design …

Gasification slag is a solid waste generated by the coal chemical industry which has
emerged in recent years. In this paper, the effect of coal gasification slag (CGS) powder …

In this study, refining slag containing high hydration active component C 12 A 7 was added
in GBFS− SS− DG− based clinker− free cementitious material. The optimum was determined …