Water Research,
Journal Year:
2022,
Volume and Issue:
219, P. 118583 - 118583
Published: May 12, 2022
The
climate
emergency
and
population
growth
threaten
urban
water
security
in
cities
worldwide.
Growth,
urbanisation,
changes
to
way
of
life
have
increased
housing
demand,
requiring
such
as
London
increase
their
stock
by
more
than
15%
over
the
next
10
years.
These
new
developments
will
flood
risk,
river
pollution
levels;
therefore,
an
integrated
systems-based
approach
development
management
is
needed.
Water
Neutrality
(WN)
has
emerged
a
concept
frame
concerns
about
escalating
stresses
cities.
We
WN
planning
process
for
that
aims
minimise
impacts
on
offset
any
remaining
retrofitting
existing
stock.
In
this
work,
we
present
novel
systemic
design
framework
future
called
CityPlan-Water,
which
guides
how
might
be
achieved
tackle
current
pressures
at
city
scale.
CityPlan-Water
integrates
spatial
data
with
model,
enabling
systems
level
systematic
assessment
scenarios.
define
Index
captures
successful
given
scenario
achieving
multiple
interventions
could
combined
scale
improve
WN.
Results
from
suggest
it
necessary
retrofit
almost
same
number
homes
options
completely
impact
imposed
proposed
developments.
Combining
efficient
appliances,
reuse
systems,
social
awareness
campaigns
can
demand
70%,
while
neutralise
potential
risk
scale,
rainwater
harvesting
Blue
Green
Infrastructure
need
added
both
432,000
households.
see
tool
support
transition
towards
using
data-driven
analysis
effectively
neutral
drive
sustainable
development.
Reliability Engineering & System Safety,
Journal Year:
2021,
Volume and Issue:
216, P. 107926 - 107926
Published: July 23, 2021
Resilience
curves
are
used
to
communicate
quantitative
and
qualitative
aspects
of
system
behavior
resilience
stakeholders
critical
infrastructure.
Generally,
these
illustrate
the
evolution
performance
before,
during,
after
a
disruption.
As
simple
as
may
appear,
literature
contains
underexplored
nuance
when
defining
“performance”
comparing
with
summary
metrics.
Through
review
273
publications,
this
manuscript
aims
define
common
vocabulary
for
practitioners
researchers
that
will
improve
use
tool
assessing
designing
resilient
This
includes
taxonomy
curve
measures
well
In
addition,
synthesizes
framework
examining
assumptions
analysis
often
implicit
or
unexamined
in
practice
literature.
From
comes
recommendations
including
broader
adoption
productivity
measures;
additional
research
on
endogenous
targets
thresholds;
deliberate
consideration
milestones
metrics;
cautionary
fundamental
flaws
arise
condensing
an
ensemble
into
“expected”
trajectory.
Computers & Industrial Engineering,
Journal Year:
2024,
Volume and Issue:
192, P. 110176 - 110176
Published: April 25, 2024
Efficiency
and
profitability
are
the
main
drivers
of
globalization
have
led
to
long
complex
supply
chains.
Recent
disturbances
such
as
COVID-19
or
Suez
Canal
obstruction
caused
severe
disruptions
thereby
unveiled
vulnerability
global
trade.
Resilient
chains
characterized
by
capacity
absorb,
adapt
to,
restore
after
disruptions.
Building
upon
established
concept
'resilience
curve',
this
article
explores
interplay
between
resilience
capacities,
metrics,
actions
in
state-of-the-art
literature.
We
first
analyze
harmonize
terminology
used
describe
capacities
well
metrics
for
quantifying
resilience.
This
results
a
set
17
that
all
characteristics
curve
can
be
tool
assess
chain.
Subsequently,
we
propose
how
these
applied
quantify
effect
actions.
Finally,
which
proposed
literature
classify
those
according
their
relation
traditional
chain
planning
tasks.
Practitioners
decision-makers
implement
strengthen
absorptive,
adaptive,
restorative
provided
with
mathematical
formulations
strengthening
Academic
research
can,
inter
alia,
integrate
into
multi-criteria
optimization
models
decision-making
explore
economic
efficiency,
environmental
sustainability,
IEEE Transactions on Smart Grid,
Journal Year:
2018,
Volume and Issue:
10(1), P. 1101 - 1110
Published: April 9, 2018
This
paper
proposes
a
model
for
optimizing
the
energy
flexibility
of
water
distribution
systems
(WDSs)
in
day-ahead
power
operation.
The
system
operators
(W-DSOs)
are
considered
as
energy-conscious
entities,
who
run
proposed
WDS
operation
to
optimize
pumps
and
tanks
minimizing
cost
local
WDSs,
given
expected
demand
electricity
prices
next
day.
A
is
that
used
by
W-DSOs
order
calculate
offer
feasible
flexible
capacity
operator.
takes
into
account
hydraulic
operating
constraints
networks,
thus
ensuring
deliverability
flexibility.
Further,
network-constrained
unit
commitment
integrates
optimizes
WDSs
systems.
implemented
on
15-node
powered
6-bus
results
presented
study
impacts
optimized
Resilience
is
increasingly
applied
the
context
of
water
systems,
and
governance
more
broadly,
in
response
to
climate
change
impacts,
hydrologic
variability
uncertainty
associated
with
various
dimensions
global
environmental
change.
However,
meanings,
applications
implications
resilience
as
it
relates
are
still
poorly
understood.
Drawing
on
a
systematic
scoping
review
peer‐reviewed
academic
literature,
this
paper
addresses
questions:
how
framed
relation
systems
governance,
diverse
framings
(re)shaping
ideas
trends
management,
what
implications?
The
analysis
found
that
resilience‐informed
literature
remains
fragmented
predominantly
centered
conventional
approaches
planning,
predominant
focus
engineering
supply
infrastructure.
A
recently
emerging
engagement
however,
draws
theories
calls
for
shift
towards
integrative
ecologically‐centered
thinking
governance.
Despite
this,
significant
empirical
conceptual
gaps
remain,
particularly
around
integration
subsectors
and,
importantly,
institutional
building
resilience.
This
article
categorized
under:
Engineering
Water
>
Planning
Human
Governance
Renewable and Sustainable Energy Reviews,
Journal Year:
2021,
Volume and Issue:
149, P. 111252 - 111252
Published: June 17, 2021
Power
systems
incur
considerable
operational
and
infrastructural
damages
from
high
impact
low
probability
events
such
as
natural
disasters.
It
therefore
becomes
imperative
to
quantify
the
of
these
disruptive
on
power
system
performance
so
that
adaptive
actions
can
be
effectively
applied.
This
evaluated
using
resilience
metrics
which
should
able
assess
transitions
between
different
phases
in
a
resides
when
subjected
an
extreme
event.
Also,
aid
evaluation
effectiveness
strategies.
However,
challenges
exist
since
developed
do
not
proceed
with
standardized
framework,
due
vast
variety
existing
metrics,
it
ambiguous
for
researchers
utilities
find
converging
information
pertinent
their
work.
In
effort
address
challenges,
this
paper
provides
comprehensive
review
quantitative
are
diverse
categorizations.
The
methodology
employs
Axiomatic
Design
Process
utilizes
axiomatic
design
theory
structure
matrix
decompose
resilient
functional
requirements
into
metric
parameters.
By
integrating
Process,
we
provide
standard
comparison
analysis
adequacy
reviewed
quantification,
while
categorizations
aim
identify
specifications
metrics.
aids
directing
further
studies
towards
have
received
less
literary
attention.
addition,
furnishes
statistical
venues
years
publication
by
percentage,
recurring
indicators,
levels/stages
applicable.
Finally,
presents
common
discusses
gaps
related
well
implications
posed
making
recommendations
filling
gaps,
posing
questions
community.
Sustainability,
Journal Year:
2019,
Volume and Issue:
11(8), P. 2286 - 2286
Published: April 16, 2019
The
international
debate
on
resilience
has
grown
around
the
ability
of
a
community
to
prepare
for
and
adapt
natural
disasters,
with
growing
interest
in
holistically
understanding
complex
systems.
Although
concept
been
investigated
from
different
perspectives,
lack
its
conceptual
comprehensive
aspects
presents
strong
limitations
spatial
planning
adoption
policies
programs
measurement
achievement.
In
this
paper,
we
refer
“territorial
resilience”
as
an
emerging
capable
aiding
decision-making
process
identifying
vulnerabilities
improving
transformation
socio-ecological
technological
systems
(SETSs).
Here,
explore
epistemology
resilience,
reviewing
origins
evolution
term,
providing
evidence
how
umbrella
is
used
by
disciplines
tackle
problem-solving
that
arises
disaster
management
command-control
practices
augment
robustness.
Assuming
SETSs
paradigm,
seismic
structural
engineering,
social
sciences
history,
urban
climatology
perspectives
intersects
analytical
levels
including
vulnerability
patrimony
cultural
perspective.
We
conclude
territorial
surpasses
barriers
between
disciplines,
useful
related
phenomena
land
use
planning,
opening
new
research
question:
can
be
measured,
acknowledging
units
analysis
plans
projects?
attempting
understand
resilient
system,
quantitative
qualitative
measurements
are
crucial
supporting
decisions.
International Journal of Production Research,
Journal Year:
2022,
Volume and Issue:
60(24), P. 7178 - 7193
Published: Jan. 2, 2022
Resilience
is
one
of
the
key
characteristics
that
manufacturing
systems
should
have
as
it
offers
ability
to
withstand
difficult
situations
and
be
able
accommodate
disruptions
without
incurrence
significant
additional
costs.
The
main
contribution
this
study
presentation
a
method
for
quantifying
resilience
in
based
on
calculating
penalty
possible
changes.
applied
an
industrially-relevant
scenario
estimate
two
production
when
COVID-19
disrupts
their
production.
first
system
uses
additive
(3D
printing),
second
injection
moulding.
Several
scenarios,
related
systems'
operational
environment,
are
presented
basis
pandemic-related
events.
validation
proposed
measure
demonstrates
method's
suitability
reliability
considered
industrial
practice,
support
decision-making.
can
used
by
managers
assess,
compare
improve
systems,
decide
strategic
investment
costs
resilience.
It
several
disruption
scenarios
or
variations
same
with
different
characteristics,
such
duration,
recovery
time
impact
system.
