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Modeling and Analysis of Damage and Failure of Concrete-Like, Brittle and Quasi-brittle Materials

The modeling and analysis of the damage and failure of materials and structures is an active and persistent challenge in computational mechanics, materials, and various scientific and industrial fields. This reprint provides an informative and stimulating forum to enhance academic communications on...

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Gorde:
Formatua: Online
Hizkuntza:ingelesa
Argitaratua: MDPI - Multidisciplinary Digital Publishing Institute 2024
Gaiak:
bond–slip relationship
engineering cementitious composites
finite element model
high-strength stainless steel wire mesh
ca-alginate
protonation theory
cement-based materials
internal curing
self-healing
engineered cementitious composites
damage constitutive model
stress–strain relationship
tensile performance
monotonic uniaxial tensile test
environment-friendship
mortar
seawater and sea sand
strength and damage
manufactured sand
UHPC
curing methods
mechanical properties
bond strength
precast utility tunnel
concrete damage
spiral stirrup
finite element
ductility
planar structures
vibration mode
modal strain energy
relatively weak areas
quantification and visualization
bond-based peridynamics theory
quasi-brittle materials
thermo-mechanical coupling
crack propagation
concrete sleeper
damage form
damage mechanisms
longitudinal crack
transversal crack
limit state method
cement mortar slab
impact cracking
CDEM
hammerhead shape
impact velocity
prefabricated SSPCM granary wall
green grain storage
heat transfer characteristics
thermal conductivity
peridynamics
traction-associated peridynamic motion equation
traction boundary condition
bond-based constitutive model
improved micropolar model
RC shear walls
numerical simulation
impact failure
impact response of ceramics
zero-energy mode
kinetic energy
bond-breaking criterion
concrete
hysteretic behavior
energy dissipation
cyclic loading
smeared crack model
dynamic behavior
high-strength steel-fiber-reinforced concrete
rapid hardening
compressive performance
strain rate
curing age
foundry wastes
ceramic mold shells
paraffin wax
eco-friendly mortars
freeze–thaw performance
thema EDItEUR::P Mathematics and Science::PS Biology, life sciences
Sarrera elektronikoa:ONIX_20240514_9783725804948_445
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