r1[m]
r2[m]
L[m]
k[W/(m*K)]
p[kg/m^3]
c[J/(kg*K)]
T[celcius]
T(bath)[celsius]
h(bath)[W/(m^2*K)]
T(final)[celsius]
B(i)
t[s]
k[W/(m*K)]
p[kg/m^3]
c[J/(kg*K)]
thickness[mm]
T(initial)[celsius]
L[ft]
h[W/(m^2*K)]
T(side)[celsius]
T(final)[celsius]
time[s]
speed[ft/s]
Fo
0.012
0.009
0.03
102
2770
883
350
30
73
55
Volume[m^3]
A(s)[m]
L©
0.0009759
116.4828164
0.2
2200
1663
0.00325
35
35
42
150
95
104.4093256
0.335219098
2.161462
L(c)
B(i)
alpha
zeta 1
zeta 2
C1
C2
theta
theta(i)
D[m]
k[W/(m*K)]
p[kg/m^3]
c[J/(kg*K)]
T(initial)[celsius]
T(final)[celsius]
T(surroundings)[celcius]
h[W/(m^2*K)]
t[seconds]
0.15
16
8400
420
200
300
425
94
900
L©
B(i)
B(i)(new)
alpha
theta
theta(i)
Fo
theta*
zeta1
C1
r*
0.8878375 J(o)
F(o)
time needed
t(new)[seconds]
r*(new)
900
0.666666667
0.591891667 J(o)
theta*
T(final) [celsius]
0.625275156
284.3130898
Liquid Refrigerant-22 (at 260 kelvin)
p[kg/m^3]
u[N*s/m^2]
k[W/(m*K)]
alpha*10^7[m^2/s]
Pr
beta[K^-1]
T(inf)[celsius]
v[m/s]
L[m]
w[m]
q''[W/m^2]
q[W]
xfromlead[m]
NuL_
ReL
A
T(@0.15)[celsius]
P[atm]
T(environment) [Celsius]
v [m/s]
T(s) [Celsius]
D(m)
q
1337.1
0.03166
97.9
0.56
4.2
2.36
-15
0.3
0.2
0.1
8000
160
0.15
A(s)[m^2]
0
27.25740552
1
35
5
150
0.05
7225.888905
A(s)
5.93761E-06
0.004354247
0.001363636
0.001625
0.34125
5.46657E-08
0.5512525
3.24627
1.050215711
-0.062375744
-55
-115
0.0375
0.2203125
0.440625
4.53515E-06
-125
-225
1.33398392
0.555555556
0.8878375
1.101771875
1
0.81221905
0.604780023
750.1162225
0.914148708
0.02
62.83381657