International Journal of Logistics Research and Applications,
Год журнала:
2024,
Номер
unknown, С. 1 - 20
Опубликована: Март 22, 2024
The
logistics
industry
has
developed
rapidly
in
recent
years,
but
it
emerged
as
one
of
the
primary
contributors
to
greenhouse
effect
due
its
high
carbon
emission
levels.
To
address
above
challenge,
scholars
have
undertaken
research
green
location
routing
problem
(GLRP)
reduce
gas
(GHG)
emissions.
However,
best
our
knowledge,
there
not
been
many
attempts
comprehensively
sort
out
current
status
and
future
opportunities
GLRP.
In
response,
this
study
reviews
66
articles
related
GLRP
published
from
2017
2022
using
descriptive
content
analysis.
fully
investigate
research,
three
questions
are
created
better
academic
concerns:
(a)
publication
status;
(b)
definitions,
objective
functions
solution
methodologies;
(c)
opportunities.
findings
suggest
that
becoming
increasingly
engaged,
especially
field
cold
chain
logistics.
addition,
policies
focus.
Furthermore,
explored
based
on
discussed
issues,
including
limited
consideration
sustainability
factors,
social
dimension.
This
offers
fresh
perspectives
assist
determine
topics
advance
progress.
Sustainability,
Год журнала:
2023,
Номер
15(7), С. 5946 - 5946
Опубликована: Март 29, 2023
To
meet
the
national
green
development
trend
and
realize
sustainable
of
human
society,
carbon
emission
in
cold-chain
distribution
is
costed.
We
plan
vehicle
path
reasonably
optimize
locally
for
immediate
demand
to
balance
economic
benefits
enterprises
customer
satisfaction
while
reducing
environmental
pollution.
minimize
cost
maximize
satisfaction,
we
design
an
improved
ant
colony
algorithm
solve
initial
use
insertion
method
demand.
Taking
actual
data
enterprise
M
as
example,
obtain
optimal
using
MATLAB
software
according
The
results
show
that
proposed
model
designed
are
practical
satisfying
logistics
China.
IEEE Access,
Год журнала:
2023,
Номер
11, С. 73850 - 73862
Опубликована: Янв. 1, 2023
The
current
stereo
warehouse
in
the
cold
chain
logistics
industry
faces
problems
such
as
high
product
loss
rate,
severe
temperature
deviations,
and
low
level
of
informatization.
To
ensure
food
quality
safety
warehouses,
achieve
cost
reduction
efficiency
improvement,
this
study
focuses
on
operational
scenarios
warehouses
logistics,
designs
a
five-dimensional
digital
twin
model
with
full
mapping
multidimensional
simulation.
By
integrating
heterogeneous
data
from
multiple
sources,
it
achieves
real-time
visualization
monitoring
all
elements
proposes
optimization
strategy
that
supports
system-linked
decision-making.
This
intelligently
adjusts
load
thermal
distribution
temperature-controlled
zones
to
maximize
reduce
operating
costs.
Using
approach,
system
for
was
constructed.
comparing
operation
before
after
optimization,
rate
fresh
vegetables
under
same
storage
conditions
reduced
by
25-30%.
precise
coordinated
dynamic
virtual
models.
practical
application
solution
is
demonstrated
cold-chain
supply
company
Guangdong,
forming
an
integrated
control
warehouses.
provides
reference
technology
operation,
scheduling,
decision-making,
collaborative
operations
offers
new
possibilities
establishing
improved
packaging
perishable
products
ensuring
safety.
International Journal of Production Research,
Год журнала:
2023,
Номер
62(14), С. 5036 - 5060
Опубликована: Ноя. 24, 2023
The
rapid
growth
of
pharmaceutical
refrigerated
logistics
poses
sustainability
challenges,
including
elevated
costs,
energy
consumption,
and
resource
inefficiency.
Collaborating
multiple
depots
can
enhance
efficiency
when
standalone
distribution
centres
have
limited
transport
resources,
i.e.
vehicles.
However,
the
sustainable
benefits
performance
across
different
strategies
remain
unexplored.
This
study
fills
this
research
gap
by
addressing
a
routing
problem.
While
many
collaborative
prioritise
economic
environmental
benefits,
our
approach
highlights
vital
social
indicator:
maintaining
vehicle
flow
equilibrium
at
each
depot
during
collaboration.
ensures
stability
resources
for
all
stakeholders,
promoting
logistics.
problem
is
formulated
as
multi-depot
with
time
windows
(MDVRPTW).
Three
using
Clustering
VRP
(CLUVRP)
improved
Open
(OVRP)
are
proposed
compared.
We
develop
two
approaches
to
address
traditional
OVRP
limitations
in
ensuring
depot.
Our
models
consider
perishable
pharmaceuticals
time-dependent
travel
speeds.
hybrid
heuristics
based
on
Simulated
Annealing
Variable
Neighborhood
Search
(SAVNS)
evaluated
efficacy.
Computational
experiments
case
demonstrate
distinct
various
strategies,
offering
valuable
insights
decision-makers
market.
