REVIEWS ON ADVANCED MATERIALS SCIENCE,
Journal Year:
2024,
Volume and Issue:
63(1)
Published: Jan. 1, 2024
Abstract
This
comprehensive
review
and
scientometric
analysis
address
the
critical
need
for
sustainable
construction
practices
by
examining
utilization
of
granite
waste
in
concrete.
The
study
responds
to
mounting
environmental
challenges
management,
particularly
addressing
processing
which
comprises
50–60%
production
[Indian
Bureau
Mines.
ariMinerals
yearbook
2021
(Part-III:
Mineral
reviews),
60th
edn,
Granite
(Advance
Release),
Indian
Mines,
Ministry
Government
India,
Nagpur,
2021.].
Through
rigorous
585
publications
from
2008
2024,
reveals
optimal
replacement
levels
20–25%
sand
10–15%
cement,
yielding
enhanced
mechanical
properties
with
compressive
strengths
up
66
72
MPa,
respectively.
research
emphasizes
crucial
role
moisture
correction
based
on
saturated
surface
dry
conditions
consistent
performance.
Key
findings
demonstrate
that
can
effectively
replace
25%
15%
contributing
reduced
landfill
use
lower
CO
2
emissions.
identifies
gaps,
including
limited
long-term
durability
studies
standardization.
Future
directions
propose
investigating
synergies
other
supplementary
cementitious
materials
applications
emerging
concrete
technologies.
work
provides
a
framework
optimizing
concrete,
balancing
benefits
improved
properties,
offering
valuable
insights
developing
solutions
potentially
reduce
impact
while
enhancing
International Journal of Structural Integrity,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 27, 2025
Purpose
Damage
of
engineering
structures
is
a
nonlinear
evolutionary
process
that
spans
across
both
material
and
structural
levels,
from
mesoscale
to
macroscale.
This
paper
aims
provide
comprehensive
review
damage
analysis
methods
at
the
levels.
Design/methodology/approach
study
provides
an
overview
multiscale
structures,
including
its
definition
significance.
Current
status
levels
investigated,
by
reviewing
models
prediction
single-scale
perspectives.
The
discussion
includes
model-based
simulation
approaches
data-driven
techniques,
emphasizing
their
roles
applications.
Finally,
summarize
main
findings
discuss
potential
future
research
directions
in
this
field.
Findings
In
level,
primarily
focuses
on
degradation
properties
macroscale
using
continuum
mechanics
(CDM).
contrast,
mesoscale,
involves
analyzing
behavior
meso-structural
domain,
focusing
defects
like
microcracks
void
growth.
structural-level
analysis,
typically
divided
into
component
scales.
scale
examines
progression
individual
elements,
such
as
beams
columns,
often
detailed
finite
element
or
models.
evaluates
global
entire
structure,
simplified
beam
shell
elements.
Originality/value
To
achieve
realistic
simulations,
it
essential
include
many
details
possible.
However,
results
significant
computational
demands.
balance
accuracy
efficiency,
are
employed.
These
categorized
hierarchical
approaches,
where
different
scales
processed
sequentially,
concurrent
multiple
solved
simultaneously
capture
complex
interactions
