International Journal of Systems Science Operations & Logistics,
Год журнала:
2023,
Номер
11(1)
Опубликована: Дек. 26, 2023
Market
competitiveness
and
waste
pollution
are
the
two
biggest
problems
facing
modern
world.
The
first
one
may
be
handled
with
appropriate
production
marketing
tactics,
while
last
can
reclaimed
by
recycling
any
unused
products
employing
disposable
items
that
environmentally
friendly.
This
study
employs
both
integrated
decentralised
frameworks
to
evaluate
forward
reverse
supply
chain
rivalry
in
a
closed-loop
dual-channel
for
sustainable
products.
Competition
on
buy-back
prices
is
also
studied
beyond
price
competition
chain.
Two
collectors
collect
used
goods
under
buyback
competition,
then
screen
them,
ship
them
back
manufacturer.
When
they
generate
their
using
recycled
new
raw
materials,
manufacturers
impose
proper
environmental
requirements.
manufacturer
retailer,
respectively,
use
online
conventional
distribution
channels
market
primary
goal
of
article
investigate
pricing,
green
innovation
level,
strategies
players'
optimal
gains
various
scenarios.
reveals
if
acceptance
rate
surpasses
certain
thresholds
following
screening
acquired
usable
items,
all
participants
benefit.
Manufacturer-collector
partnerships
reduce
more
effectively
than
retailer-collector
alliances,
however,
collectors'
profits
suffer.
International Journal of Production Economics,
Год журнала:
2024,
Номер
271, С. 109201 - 109201
Опубликована: Март 20, 2024
In
today's
competitive
environment,
most
companies
tend
to
adopt
a
hybrid
manufacturing
strategy
provide
more
reliable
services
wide
range
of
customers.
Based
on
real-world
case
study,
we
investigate
customer-wise
production-inventory-distribution
system
in
multi-level
supply
chain.
Within
this
system,
at
tactical
planning
level,
the
decision
concerning
production
strategies
including
make
stock
(MTS),
order
(MTO),
or
vendor
managed
inventory
(VMI)
strategy,
choose
for
each
customer
is
made,
and
then
operational
production,
inventory,
distribution
activities
are
coordinated
according
assigned
The
objective
optimize
total
cost
while
VMI
customers
timely
satisfied
target
service
level
MTO
respected.
Furthermore,
purchase
acceptance
rate
MTS
can
be
controlled
enhance
capacity
utilization.
We
develop
rolling
horizon
approach
deal
with
dynamics
customers'
demands
under
different
forecasting
scenarios.
perform
numerical
experiments
both
static
horizons
based
adapted
data
from
application
Canadian
pulp
paper
industry.
results
reveal
that
placing
smaller
orders
classified
within
mitigate
potential
delays.
Conversely,
predominantly
characterized
by
larger
quantities.
A
sensitivity
analysis
key
problem
parameters
demonstrates
backorder
effectively
influence
allocation.
Moreover,
our
underscore
notable
sales
prices
among
strategies.
