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RAYLEIGH.VSM
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1994-02-22
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169 lines
; VisSim Block Diagram Format (VBDF)
; Copyright (C) 1989-1993 Visual Solutions
PV=1.500
PS=0
PE=0.008
PP=0.0001
PI=175
PX=0.0001
PN=1e-006
Pn=-10,6,16,"Times New Roman"
Pc=49
PD=800x600
Pf=0x0
Pr="b0=2,1,0,7,544;b1=19,-1,2,0,784;b2=18,-1,0,0,800"
Ps=1600,0,0,1122,0,0
Pd=17
PM=1,1,1,1
N.1="*"*26x13#3,1<M>
N.2="variable"*8x14<M>
n="Rdot"
N.3="variable"*17x48
n="deltaP"
N.4="variable"*17x52
n="rho"
N.5="variable"*17x56
n="eta"
N.6="variable"*17x60
n="sigma"
N.7="const"(500.0001)*6x48
N.8="const"(659)*7x52
N.9="const"(0.0002001)*3x56
N.10="const"(0.02502)*4x60
N.11="variable"*3x2<M>
n="deltaP"
N.12="integrator"(0,0)*93x17<M>
N.13="integrator"(0.00010008,1)*110x17<M>
N.14="variable"*111x24<M>
n="Rdot"
N.15="variable"*119x9<M>
n="R"
N.16="/"*46x2<M>
N.17="variable"*15x4<M>
n="rho"
N.18="*"*32x4<M>
N.19="variable"*17x6<M>
n="R"
N.20="summingJunction"*68x14#4,1<M>
N.21="/"*47x15<M>
N.22="const"(1.5)*10x17<M>
N.23="variable"*34x18<M>
n="R"
N.24="variable"*57x31<M>
n="R"
N.25="*"*73x31#3,1<M>
N.26="*"*22x25<M>
N.27="const"(2)*12x25<M>
N.28="variable"*7x27<M>
n="sigma"
N.29="/"*48x26<M>
N.30="Compound"*17x30#0,1<MC>
n="rho*R*R"
Ms=1600,0,0,1122,0,0
N.31="variable"*57x35<M>
n="rho"
N.32="/"*49x51<M>
N.33="Compound"*7x54#0,1<MC>
n="rho*R*R"
Ms=446,0,0,295,0,0
N.34="variable"*50x31<M>
n="R"
N.35="*"*73x31#3,1<M>
N.36="variable"*50x35<M>
n="rho"
N.37="variable"*9x45<M>
n="eta"
N.38="*"*25x45#3,1<M>
N.39="const"(4)*12x47<M>
N.40="variable"*7x49<M>
n="Rdot"
N.41="Compound"*11x26#0,3<C>
n="Rayleigh Equation"
Ms=1600,0,0,1122,0,0
N.42="variable"*87x24<M>
n="RDotDot"
N.43="variable"*109x53<M>
n="RDotDot"
N.44="plot"*42x0*86x19
pt="Rayleigh Bubble Explosion"
px="Time (sec)"
pax=0
pc=512
pm=10
pL.0="Bubble Radius"
N.45="comment"*1x0*34x24
C="This block diagram simulates the Rayleigh Equation for bubble growth in super heated (boiling) liquids, where:
deltaP = pressure difference between bubble and ambient liquid at infinity
rho = liquid density
eta = liquid viscosity
sigma = surface tension"
N.46="variable"*112x31<M>
n="Rdot"
N.47="plot"*43x22*85x19
px="Time (sec)"
pax=0
pc=512
pm=10
pL.1="Radius Velocity"
N.48="plot"*42x43*84x20
px="Time (sec)"
pax=0
pc=512
pm=10
pL.3="Radius Acceleration"
N.49="wireLabel"*114x6<M>
n="Bubble Radius"
I.1.i1=2.o1
I.1.i2=2.o1
I.1.i3=22.o1
I.3.i1=7.o1
I.4.i1=8.o1
I.5.i1=9.o1
I.6.i1=10.o1
I.12.i1=20.o1
I.13.i1=12.o1
I.14.i1=12.o1
I.15.i1=13.o1
I.16.i1=11.o1
I.16.i2=18.o1
I.18.i1=17.o1
I.18.i2=19.o1
I.20.i1=16.o1
f20.2.i=-
I.20.i2=21.o1
f20.3.i=-
I.20.i3=29.o1
f20.4.i=-
I.20.i4=32.o1
I.21.i1=1.o1
I.21.i2=23.o1
I.25.i1=24.o1
I.25.i2=24.o1
I.25.i3=31.o1
I.26.i1=27.o1
I.26.i2=28.o1
I.29.i1=26.o1
I.29.i2=30.o1
G.30=24,25,31,
I.30.o1=25.o1
I.32.i1=38.o1
I.32.i2=33.o1
G.33=34,35,36,
I.33.o1=35.o1
I.35.i1=34.o1
I.35.i2=34.o1
I.35.i3=36.o1
I.38.i1=37.o1
I.38.i2=39.o1
I.38.i3=40.o1
G.41=1,2,11,12,13,14,15,16,17,18,19,20,21,22,23,26,27,28,29,30,32,33,37,38,39,40,42,43,46,49,
I.41.o1=15.o1
I.41.o2=46.o1
I.41.o3=43.o1
I.42.i1=20.o1
I.44.i1=41.o1
I.47.i2=41.o2
I.48.i4=41.o3