The slow degradation rate is one of the major global concerns. Only, 60% produced is being
recycled. Among these waste materials, Polyethylene Terephthalate (PET) bottles contribute …

This study presents findings on the impact of corrosion of stirrups on the shear performance
of reinforced concrete (RC) beams incorporating fly ash (FA) and strengthened with carbon …

Purpose Cement plays a significant part in concrete, and with the increasing demand for
concrete, cement output varies day by day, allowing production to carbon dioxide emissions …

Construction materials are dealing with new challenges due to increased resource
exploitation by globalized infrastructure. Research has consequently documented various …

This study explores the application of electric furnace steel slag powder (EFSSP), fly ash
(FA), and high-titanium heavy slag (HTHS) from Panzhihua City, China, in producing green …

Purpose This study aims to investigate and compare the influence of various fiber types
(polypropylene, steel and glass) on the workability, mechanical properties, ductility, impact …

Efforts to recycle waste from the dimensional stone industry are vital due to its environmental
impacts, hindered by limited inclusion rates and complex processing needs in current …

An enhancement of the inherent strength and durability characteristics is required for the
effective utilization of fly ash (FA) in geotechnical engineering applications. This study …

The extraction and processing of marble in various states of India have led to significant
environmental concerns due to the production of large quantities of marble waste. This …

This study aims to assess the performance of permeable concrete (PC) with partially
substituting ground-granulated blast furnace slag (GGBS) and fly ash (FA) for cement. The …