Reprint
Research and Development of Modified Building Materials
Edited by
February 2023
318 pages
- ISBN978-3-0365-6742-6 (Hardback)
- ISBN978-3-0365-6743-3 (PDF)
This book is a reprint of the Special Issue Research and Development of Modified Building Materials that was published in
Chemistry & Materials Science
Engineering
Physical Sciences
Summary
This reprint includes research papers on different disciplines related to composites. It contains research related to new topics such as nanotubes, fibres, admixtures added in cement and concrete. Additionally self-healing and self-sensing issues are presented. Environmental, and thermal-related topics are also discussed. Studies related to consolidation topics and alkali activation of clays are included. This blend of traditional and modern building materials, all having a common ground, the use of new technologies for improving fresh and harden state properties, make this volume interesting.
Format
- Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
single wall carbon nanotubes; surfactant; TritonX-100; mass of specimens; compressive strength; flexural Strength; bulk density; ternary cements; limestone; siliceous fly ash; granulated blast furnace slag; concrete properties; concrete durability; CO2 emission; detached decorative plasters; injection grout; glass microspheres; reduced density; stability; strength; durability; clay mortars; activating solutions; wetting–drying; freeze–thaw cycles; microstructure; superabsorbent polymer; steel fibers; high-performance fiber reinforced concrete; digital image correlation; autogenous shrinkage; tensile behavior; nano-calcium oxide; nano-silica; self-healing; cement pastes; curing regime; gypsum binder; additives; light-materials; porosity; thermal insulation; cement; hydrated lime; HEMC; mortar; paste; hydration; setting process; ultrasonic technique; cement; graphite; additives; electrical conductivity; self-sensing; multi-walled carbon nanotubes; cement-based materials; flexural strength; compressive strength; electrical resistivity; activation energy; supplementary cementitious materials; packing density; filler effect; high calcium fly ash; ladle furnace slag; limestone filler; foamed geopolymer; reinforcing lightweight concrete; glass fiber composites; concrete; thermal properties; structural properties; composite modified asphalt binder; rheological properties; storage stability; microstructure; amorphous poly alpha olefin; polyphosphoric acid; rheological properties; application properties; water retention; cement; hydrated lime; plaster; cellulose ether; viscosity; self-compacting concrete (SCC); mix proportion design; optimization; experimental verification; the grey relational analysis; hook-end steel fiber; bond performance; pullout test; inclination angle; fiber spacing; pullout load-slip curve