This study introduces an innovative multifunctional cementitious-based geocomposite with
self-sensing and self-heating capability, generated for transportation infrastructural health …

This study introduces the design and realization of an electrothermal-enabled reinforcing
grid based on mineral-impregnated carbon-fibers (MCFs) for efficient and low-power …

The regular distribution of conductive networks in electrically conductive cement composites
(ECCC) continues to be a challenge. This study attempted to develop an ECCC with optimal …

Thermoelectric (TE) building materials have the potential to revolutionize sustainable
architecture by converting temperature differences into electrical energy. This study …

This study aims to investigate the essential differences of carbon fiber (CF) on the properties
of Portland cement and alkali-activated fly ash/slag (AAFS) pastes. The workability …

The rationalization of material flows, together with the utilization of waste raw materials for
the production of alternative binders, became a very attractive topic during the last decades …

This study investigated the influence of water saturation degree on the electrical properties
of two different types of building materials–Portland cement and alkali-activated slag mortars …

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 …

Backfill materials are used in underground engineering to fill voids and buried excavated
parts. In this study, solid waste was utilised as a raw material mixed with different amounts of …

Geopolymers are eco-friendly materials with favorable material properties and, therefore,
suitable candidates for optimization in terms of electrical properties which broadens their …