Fiber-reinforced polymer composites, reaching a production of approximately 2.56 million
tons in 2023 in Europe, display unique properties, yet they are disposed of at their end of …

The thermochemical process of gasification is widely utilized for bioenergy production and is
particularly attractive due to its high conversion efficiency. However, a gasification …

The possible use of industrial by-products as carbon-based fillers and/or fibers to produce
Multifunctional Cement-based Composites (MCC) with piezoresistive behavior for Structural …

Biochar (BCH) and recycled carbon fibres (RCF) were used as carbonaceous additions in
low-resistive mortars/concretes. Their effects on mechanical, electrical, and durability …

Carbon fiber (C f) is one of the ideal electromagnetic shielding materials due to its excellent
high electrical conductivity and electromagnetic interference resistance properties. In this …

The utilization of self-sensing concrete for structural monitoring is currently a significant
research focus. This study involves fabricating self-sensing cement-based composites …

The self-sensing cement composites (SSCC) containing traditional conductive carbon
materials are of great significance but cause serious pollution. In this study, the green SSCC …

Carbon fiber (CF) exhibit extraordinary properties, such as high specific and tensile strength,
high elastic modulus, light weight, and weather resistance, which has led to a rapid increase …

Mortar specimens containing conductive additions (ie, biochar and recycled carbon fibres–
both alone and together, and graphene nanoplatelets) were characterized from a …

Microscopic scrutiny aids in alkali-activated materials'(AAM) application in construction
industry. This study delves into the pore structure and properties of one-part alkali-activated …