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Properties and Performance of Concrete Materials and Structures
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The Special Issue on “Properties and Performance of Concrete Materials and Structures” presents the current and relevant research and advances in the field of concrete composites, as well as covering a broad range of experimental studies in relation to high-performance, fiber-reinforced, self-compacting, and eco-efficient concrete materials and structures. Furthermore, analytical studies and numerical simulations are presented to show developments in the design methods of concrete composites. This Special Issue collects the most recent experimental techniques, analytical and numerical methods in relation to concrete materials and structures.
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Keywords
- axial tensile strength
- axial tensile toughness
- binding capacity
- bond
- carbon fiber-reinforced polymer
- carbon nanofiber reinforced concrete
- cement-based materials
- chloride penetration
- Composite materials
- composites
- compressive strength
- Concrete
- concrete service life
- Corrosion
- crumbed rubber
- dehydroxylation
- Diffusion
- durability
- dynamic compressive strength
- elastoplastic
- exposure site
- fiber reinforcement
- Finite element
- fly ash
- fractal dimension
- framed tube
- freezing and thawing
- green concrete
- ground granulated blast-furnace slag
- hardening
- high-durability concrete
- high-performance concrete
- homogenization
- impact load
- J2 flow
- lap splice beam
- lateral load type
- loading test
- Materials design
- Mathematics & science
- Mechanical properties
- meta-illite calcined clay
- n/a
- notched section
- partial depth repair
- Pavement
- Physics
- plan geometry
- pore structure characteristics
- prediction
- pretensioned beam
- recycled coarse aggregate
- recycled concrete
- recycled tire
- Reference, information & interdisciplinary subjects
- Research & information: general
- self-compacting SFRC
- shear lag
- shredded rubber
- silica fume
- splitting tensile strength
- steel fiber
- stirrups
- structural behavior
- sulfate corrosion
- sulfate corrosion inhibitor
- superabsorbent polymers
- superplaticiser
- supplementary cementitious materials
- sustainability
- sustainable concrete
- sustainable construction
- sustainable construction materials
- Sustainable materials
- tall building
- transport model
- used nano-silica
- waste glass
- waste materials
Links
DOI: 10.3390/books978-3-0365-5602-4Editions