Advanced Materials for Multifunctional Applications

© 2024 by the authors; CC BY-NC-ND license

fiberglass; hydrogen; plasma; cement; mortar; vitrification; glass-reinforced plastic composite material; ground water transport pipes; pipe damage index; axial tension; biosorption; Saccharomyces cerevisiae; Saccharomyces pastorianus; alginate; chitosan; drug; dye; magnetic nanoparticles; cancer therapy; drug delivery; radiosensitizing properties; glioblastoma; magnetic hyperthermia; ferroptosis; polymer–matrix composites; bonded joints; epoxy adhesives; finite element analysis (FEA); unreinforced masonry; textile-reinforced mortar; numerical and experimental study; coatings; atmospheric plasma spray (APS); grease lubrication; cardan joint; WC Co; AMSLER machine; corrosion; deep cryogenic treatment; AISI H13; Nyquist; open circuit potential; tool steels; corrosion rate; SQUID; integral magnetometry; in situ compensation; gelatin capsules; capsules mounting; amorphous specimens; straw sample holder; powder samples; SnTe; turmeric; cement based concrete; ecological concrete; waste aggregates; compressive strength; thermal conductivity; coating; fatigue; microscopic observations; fissure; crack initiation; fatigue limit; energy efficiency; passive system; solar heat flux; heat pipes; high-entropy alloys; Al_xCoCrFeNi; AlCoCrFeNi; mechanical properties; crystal structure; carbonitrides; corrosion resistance; surface morphology; neutron activation analysis; crystal structure; potentiodynamic polarization; hollow microballoons; cenospheres; ceramics phase composition; chemical composition; heat recovery; heat storage; heat pipe; PCM; Nimonic 80A; cavitation erosion; alternative technologies; pulsed current TIG welding; Corodur 65 alloy; duplex stainless steel; incremental forming; sheet; Al 3003; ANOVA analysis; deformation forces