Consider a one-dimensional plane wall with constant properties and uniform internal generation q . . The left face is insulated, and the right face is held at a uniform temperature. (a) Using the appropriate form of the heat equation, derive an expression for the x -dependence of the steady-state heat flux q " ( x ) . (b) Using a finite volume spanning the range x ≤ x ≤ ξ , derive an expression for q " ( ξ ) and compare the expression to your result for part (a).
Consider a one-dimensional plane wall with constant properties and uniform internal generation q . . The left face is insulated, and the right face is held at a uniform temperature. (a) Using the appropriate form of the heat equation, derive an expression for the x -dependence of the steady-state heat flux q " ( x ) . (b) Using a finite volume spanning the range x ≤ x ≤ ξ , derive an expression for q " ( ξ ) and compare the expression to your result for part (a).
Solution Summary: The author explains the derivation of an expression for the x -dependence of the steady-state heat flux.
Consider a one-dimensional plane wall with constant properties and uniform internal generation
q
.
.
The left face is insulated, and the right face is held at a uniform temperature. (a) Using the appropriate form of the heat equation, derive an expression for the x-dependence of the steady-state heat flux
q
"
(
x
)
.
(b) Using a finite volume spanning the range
x
≤
x
≤
ξ
,
derive an expression for
q
"
(
ξ
)
and compare the expression to your result for part (a).
4. Determine which of the following flow fields represent a possible
incompressible flow?
(a) u= x²+2y+z; v=x-2y+z;w= -2xy + y² + 2z
a
(b) V=U cose
U coso 1 (9)
[1-9]
Usino |1 (4)]
[+]
V=-Usin 1+1
3. Determine the flow rate through the pipe line show in the figure in ft³/s,
and determine the pressures at A and C, in psi.
5'
B
C
12°
20'
D
6"d
2nd-
Water
A
5. A flow is field given by V = x²₁³+xy, and determine
3
·y³j-
(a) Whether this is a one, two- or three-dimensional flow
(b) Whether it is a possible incompressible flow
(c) Determine the acceleration of a fluid particle at the location (X,Y,Z)=(1,2,3)
(d) Whether the flow is rotational or irrotational flow?
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