Water,
Journal Year:
2020,
Volume and Issue:
12(11), P. 3192 - 3192
Published: Nov. 15, 2020
In
recent
years,
heavy
rainfall
disasters
have
caused
frequent
damage
to
bridge
piers
due
scouring
and
resulted
in
the
fall
of
bridges
many
areas
Japan.
The
objective
this
study
was
investigate
effect
local
around
downstream
on
center
river
flowing
at
an
angle
piers.
It
found
that
when
flows
piers,
area
becomes
wider
from
upstream
because
longer
inhibition
width
positioned
perpendicular
water
flow.
depth
tends
be
smaller
than
depth.
addition,
time
onset
tilting
deformation
increases
with
water.
Natural hazards and earth system sciences,
Journal Year:
2022,
Volume and Issue:
22(12), P. 3831 - 3838
Published: Nov. 29, 2022
Abstract.
Germany,
Belgium
and
the
Netherlands
were
hit
by
extreme
precipitation
flooding
in
July
2021.
This
brief
communication
provides
an
overview
of
impacts
to
large-scale
critical
infrastructure
systems
how
recovery
has
progressed.
The
results
show
that
Germany
particularly
affected,
with
many
assets
severely
damaged
or
completely
destroyed.
Impacts
range
from
destroyed
bridges
sewage
systems,
schools
hospitals.
We
find
(large-scale)
risk
assessments,
often
focused
on
larger
(river)
flood
events,
do
not
these
local,
but
severe,
due
failures.
may
be
result
limited
availability
validation
material.
As
such,
this
only
will
help
better
understand
can
affected
flooding,
also
used
as
material
for
future
assessments.
Natural hazards and earth system sciences,
Journal Year:
2022,
Volume and Issue:
22(3), P. 795 - 812
Published: March 10, 2022
Abstract.
Bridges
are
critical-infrastructure
components
of
road
and
rail
transport
networks.
A
large
number
these
critical
assets
cross
or
adjacent
to
waterways
floodplains
therefore
exposed
flood
actions
such
as
scour,
hydrodynamic
loading,
inundation,
all
which
exacerbated
by
debris
accumulations.
These
stressors
widely
recognized
responsible
for
the
vast
majority
bridge
failures
around
world,
they
expected
be
due
climate
change.
While
efforts
have
been
made
increase
robustness
bridges
hazard,
many
scientific
technical
gaps
remain.
were
explored
during
an
expert
workshop
that
took
place
in
April
2021
with
participation
academics,
consultants,
decision
makers
operating
mainly
United
Kingdom
specializing
fields
risk
assessment
management
resilience.
The
objective
was
identify
prioritize
most
urgent
significant
impediments
In
particular,
following
issues,
established
at
different
levels
scales
resilience,
identified
analysed
depth:
(i)
characterization
effects
floods
on
typologies,
(ii)
uncertainties
formulae
scour
depth
assessment,
(iii)
evaluation
consequences
damage,
(iv)
recovery
process
after
(v)
decision-making
under
uncertainty
flood-critical
bridges,
(vi)
use
event
forecasting
monitoring
data
increasing
reliability
estimations.
issues
discussed
this
paper
inform
other
researchers
stakeholders
worldwide,
guide
directions
future
research
field,
influence
policies
mitigation
rapid
response
warnings,
ultimately
Heritage,
Journal Year:
2024,
Volume and Issue:
7(7), P. 3350 - 3371
Published: June 24, 2024
Heritage
bridges
constitute
an
integral
feature
of
the
urban
landscape
in
numerous
cities.
However,
it
is
common
for
these
structures
to
surpass
their
life
cycle,
rendering
them
ill-equipped
withstand
dynamic
demands
users
and
extreme
events,
particularly
hydrological
occurrences.
This
research
presents
a
methodology
assessment
heritage
riverine
bridges,
with
focus
on
Grau
Bridge
Peru
as
case
study.
The
investigation
commences
exhaustive
literature
review,
complemented
by
historical
examination,
followed
preliminary
diagnosis.
Subsequently,
hydraulic
studies
are
presented,
encompassing
drone
surveys
riverbed
bridge,
soil
analyses,
application
1D
2D
models
HEC-RAS.
outcomes
this
comprehensive
analysis
reveal
high
vulnerability
Bridge.
Finally,
strategic
interventions
its
conservation
recommended.
Reliability Engineering & System Safety,
Journal Year:
2024,
Volume and Issue:
251, P. 110334 - 110334
Published: July 11, 2024
Scour-induced
failures
of
bridges
pose
a
global
challenge,
leading
to
significant
economic
and
service
losses.
Compounded
by
infrequent
inspections
inadequate
consideration
hydro-geological
factors
in
current
scour
risk
assessments,
this
issue
is
particularly
pressing
the
context
climate
change
associated
hazards.
Addressing
imperative
for
enhanced
infrastructure
resilience,
study
introduces
framework
management.
Utilizing
Geographic
Information
Systems
(GIS)
datasets
applying
Analytic
Hierarchy
Process
(AHP)
assess
various
weighted
affecting
risk,
we
have
systematically
mapped
information
layers
encompassing
structural,
riverine,
geological,
flood
conduct
strategic
susceptibility
assessment.
The
proposed
approach
applied
railway
network
southeast
England,
identifying
scour-susceptible
that
can
be
prioritized
detailed
inspections.
Compared
existing
scores,
scores
approximately
30
region
were
adjusted,
with
22
transitioning
from
medium
high
priority.
Our
methodology,
exemplified
case
study,
offers
asset
managers
deeper
insights
into
determinants
facilitates
informed
decision-making
prioritizing
scour-mitigation
measures
across
network.
Abstract.
Germany,
Belgium
and
The
Netherlands
were
hit
by
extreme
precipitation
flooding
in
July
2021.
This
Brief
Communication
provides
an
overview
of
the
impacts
to
large-scale
critical
infrastructure
systems
how
recovery
has
progressed
during
first
six
months
after
event.
results
show
that
Germany
particularly
affected,
with
many
assets
severely
damaged
or
completely
destroyed.
Impacts
range
from
destroyed
bridges
sewage
systems,
schools
hospitals.
We
find
risk
assessments,
often
focused
on
larger
(river)
flood
events,
do
not
these
local,
but
severe,
impacts.
may
be
result
limited
availability
validation
material.
As
such,
this
study
will
only
help
better
understand
can
affected
flooding,
also
used
as
material
for
future
assessments.
Sustainable and Resilient Infrastructure,
Journal Year:
2023,
Volume and Issue:
8(5), P. 514 - 531
Published: March 15, 2023
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