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Life-Cycle Performance of Green Cementitious Composites under Complex Environmental Conditions

Green composites aiming to find ecofriendly ingredients and save natural resources have been widely investigated for years using agricultural and industrial wastes and by-products, natural biomaterials, etc. Besides the basic mechanical performance of green composites, the life-cycle performance of...

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Gardado en:
Formato: Online
Idioma:inglés
Publicado: MDPI - Multidisciplinary Digital Publishing Institute 2025
Subjects:
anchorage device
prestressed Glulam beam
finite element method
stiffness
bearing capacity
coal gangue
green concrete
coarse aggregate
structural member
eco-friendly production
3D RC frame
progressive collapse
corner column removal
calculation for resistance
flexural action
compressive arch action
ceramsite concrete
lightweight concrete wall panels
density
compressive strength
ultrasonic pulse velocity
quantitative study
recycled fine aggregate concrete
impermeability
drying shrinkage
chloride penetration resistance
carbonation resistance
acid resistance
resistance to freeze–thaw cycles
EPS concrete
fiber-reinforced concrete
orthogonal experimental design
mechanical properties
microstructures
digital image correlation (DIC)
natural fiber-reinforced concrete
pine needle fiber
crack detection and quantification
damage evolution factor
compression damage process
sulfate corrosion
freeze-thaw cycle
alternation effect
CFST pier column
hysteretic behavior
steel fiber-reinforced recycled concrete
macromechanical properties
microstructure
interface transition zone
glulam continuous beam
long-term
creep
deformation coefficient
prestress
dilation property of concrete in active confinement
secant strain ratio
lateral–axial strain relationship
mesoscale model of concrete
pervious concrete
basalt fiber
strength
permeability
mesostructure
rheological engineering slurry
thixotropic characterization
rheological model
accumulation model
agricultural waste
elevated temperature
modified concrete
stress–strain relationships
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
thema EDItEUR::M Medicine and Nursing::MJ Clinical and internal medicine::MJC Diseases and disorders::MJCL Oncology
Acceso en liña:ONIX_20250220_9783725820887_106
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Summary:Green composites aiming to find ecofriendly ingredients and save natural resources have been widely investigated for years using agricultural and industrial wastes and by-products, natural biomaterials, etc. Besides the basic mechanical performance of green composites, the life-cycle performance of green composites under single/multiple environmental conditions should also be worthy of attention, since green ingredients sometimes reduce the durability performance of green composites, especially under fire/high temperatures, freeze–thaw cycling, dry–wet cycling, and salt corrosion. The aim of this Special Issue was to publish papers that advance the life-cycle performance of green composites under complex environmental conditions.

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