Materials,
Journal Year:
2024,
Volume and Issue:
17(17), P. 4293 - 4293
Published: Aug. 30, 2024
Urban
construction
generates
significant
amounts
of
residue
soil.
This
paper
introduces
a
novel
soil
stabilizer
based
on
industrial
waste
to
improve
its
utilization.
is
primarily
composed
blast
furnace
slag
(BFS),
steel
(SS),
phosphogypsum
(PG),
and
other
additives,
which
enhance
strength
through
physical
chemical
processes.
study
investigated
the
mechanical
properties
cured
with
this
stabilizer,
focusing
effects
organic
matter
content
(Oo),
dosage
(Oc),
curing
age
(T)
unconfined
compressive
(UCS).
Additionally,
water
stability
wet–dry
cycle
tests
stabilized
were
conducted
assess
long-term
performance.
According
findings,
UCS
increased
higher
longer
periods
but
reduced
content.
A
15–20%
recommended
for
optimal
stabilization
efficacy
cost-efficiency
in
engineering
applications.
The
samples
lost
their
when
immersed
water.
However,
adding
more
stabilizers
can
effectively
stability.
Under
conditions,
initially
then
decreased,
remaining
lower
than
that
under
standard
conditions.
findings
provide
valuable
data
practical
application
residual
stabilization.
