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Clebsch-potential variational derivation of incompressible Euler flow
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Physics
Branch of physics
Fluid mechanics
Euler equations for an inviscid fluid
Created
2026-09-24
Updated
2026-09-24
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For
u
=
∇
ϕ
+
β
∇
α
, the
density
L
=
−
β
α
t
−
2
1
∣
u
∣
2
(1)
gives incompressibility and material conservation of
α
and
β
. Differentiating the
Clebsch representation
then yields the Euler
momentum
equation
with
p
=
−
2
1
∣
u
∣
2
−
ϕ
t
−
β
α
t
.
(2)
Ancestors
(5)
Euler equations for an inviscid fluid
Fluid mechanics
Branch of physics
Physics
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Past exam of the mathematics course of the University of Cambridge
/
2024
/
ib
/
Paper 4
/
13C
/
Solution
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