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Fig. 4. Circulation and momentum balances for idealized inlet III, otherwise same as Fig. 2.
Lateral dynamics and Rossby numbers
Hench_et_al_CSR_02
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J.L.
Hench
et
al.
/
Continental
Shelf
Research
22
(2002)
26152631
2622
Fig.
5.
Circulation
and
momentum
balances
for
idealized
inlet
IV,
otherwise
same
as
Fig.
2.
Increased
C
f
had
the
reverse
effect.
The
cross-
3.5.
Model
sensitivity
stream
momentum
balances
were
indirectly
af-
A
series
of
additional
model
runs
were
made
to
fected,
since
bottom
friction
does
not
appear
in
the
rotated
n
-equation.
Reducing
C
f
increased
flow
test
sensitivity
to
model
parameters.
Runs
with
the
bottom
friction
coefficient
C
f
set
to
0.0020
and
speeds
yielding
larger
centrifugal
accelerations
and
steeper
normal
direction
pressure
gradients.
How-
0.0030
were
compared
against
the
baseline
run
with
C
f
=0.0025.
Results
showed
the
decreased
C
f
ever,
overall
patterns
in
all
momentum
terms
were
only
modestly
changed
within
this
range
of C
f
generally
increased
the
magnitude
of
near
inlet
streamwise
momentum
fields
typically
by
10%.
values.
Model
sensitivity
to
viscosity
was
tested
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