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Research and Development of Modified Building Materials
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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.
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Keywords
- activating solutions
- activation energy
- additives
- amorphous poly alpha olefin
- application properties
- autogenous shrinkage
- bond performance
- bulk density
- cellulose ether
- Cement
- cement pastes
- cement-based materials
- clay mortars
- CO2 emission
- composite modified asphalt binder
- compressive strength
- Concrete
- concrete durability
- concrete properties
- curing regime
- detached decorative plasters
- digital image correlation
- durability
- electrical conductivity
- electrical resistivity
- experimental verification
- fiber spacing
- filler effect
- flexural strength
- foamed geopolymer
- freeze–thaw cycles
- glass fiber composites
- glass microspheres
- granulated blast furnace slag
- graphite
- gypsum binder
- HEMC
- high calcium fly ash
- high-performance fiber reinforced concrete
- hook-end steel fiber
- hydrated lime
- hydration
- inclination angle
- injection grout
- ladle furnace slag
- light-materials
- limestone
- limestone filler
- mass of specimens
- Microstructure
- mix proportion design
- mortar
- multi-walled carbon nanotubes
- nano-calcium oxide
- nano-silica
- optimization
- packing density
- Paste
- plaster
- polyphosphoric acid
- porosity
- pullout load-slip curve
- pullout test
- reduced density
- reinforcing lightweight concrete
- rheological properties
- self-compacting concrete (SCC)
- Self-healing
- self-sensing
- setting process
- siliceous fly ash
- single wall carbon nanotubes
- Stability
- steel fibers
- storage stability
- strength
- structural properties
- superabsorbent polymer
- supplementary cementitious materials
- surfactant
- tensile behavior
- ternary cements
- the grey relational analysis
- thermal insulation
- Thermal properties
- TritonX-100
- ultrasonic technique
- viscosity
- water retention
- wetting–drying
Links
DOI: 10.3390/books978-3-0365-6743-3Editions