VortexX Nozzle Thermal Stress                               

****  PROBLEM PARAMETERS (DEFAULT) ****
NUMBER OF NODAL POINTS IN SYSTEM ............    7
NUMBER OF ELEMENTS IN SYSTEM ................    3
NUMBER OF PARAMETERS PER NODE (1)............    1
NUMBER OF NODES PER ELEMENT (2)..............    3
DIMENSION OF SPACE (1).......................    1
NUMBER OF BOUNDARIES WITH GIVEN FLUX ........    0
NUMBER OF NODES ON BOUNDARY SEGMENT .........    0
NUMBER OF ITERATIONS TO BE RUN (1)...........    1
NUMBER OF CONTOURS BETWEEN 5 & 95% ..........    0
INITIAL FORCING VECTOR (0-OMIT, 1-READ)......    0
NUMBER OF USER REMARKS LINES ................    5
NUMBER OF ROWS IN B MATRIX (1)...............    2
NUMBER OF QUADRATURE POINTS .................    4
SHAPE 1-LINE 2-TRI 3-QUAD 4-HEX 5-TET (1)....    1
NUMBER OF DIFFERENT ELEMENT TYPES (1)........    1
STIFFNESS STORAGE MODE: (0-SKY, 1-BAND)......    1
NUMBER OF FLUX COMPONENTS PER NODE (NG)......    0
NUMBER OF INTEGER PROPERTIES PER NODE .......    0
NUMBER OF REAL PROPERTIES PER NODE ..........    0
NUMBER OF INTEGER PROPERTIES PER ELEMENT ....    0
NUMBER OF REAL PROPERTIES PER ELEMENT .......    4
NUMBER OF INTEGER PROPERTIES PER SEGMENT ....    0
NUMBER OF REAL PROPERTIES PER SEGMENT .......    0
NUMBER OF INTEGER MISCELLANEOUS  PROPERTIES .    0
NUMBER OF REAL MISCELLANEOUS  PROPERTIES ....    0
NUMBER OF D.O.F. FOR ELEMENT ................    3
NUMBER OF D.O.F. ON FLUX SEGMENT ............    0
NUMBER OF D.O.F. IN TOTAL SYSTEM ............    7

OPTIONAL UNIT NUMBERS (UTILIZED IF > 0)
NTAPE1 =  8, NTAPE2 =  0
NTAPE3 =  0, NTAPE4 =  0, NTAPE5 =  0
NODAL PARAMETERS TO BE LISTED BY NODES
NODAL PARAMETERS TO BE LISTED BY ELEMENTS
 
NEXT   5 LINES ARE USER SUPPLIED
                         ---                                                    
Nozzle, Brass, Tungsten, Brass thickness = 0.001                                
Radial max min: 57,000 0 : 53,000 53,000 : 15,000 -4,000                        
Hoop   max min: 108,000 66,000 : 228,000 228,000 : -46,000 -7,000               
(Reactions should be zero, possible model bug)                                  
 

*** NODAL POINT DATA ***
NODE, CONSTRAINT FLAG, 1 COORDINATES
         1         0    0.2000
         2         0    0.4125
         3         0    0.6250
         4         0    0.6255
         5         0    0.6260
         6         0    1.6270
         7         0    2.6270

*** ELEMENT CONNECTIVITY DATA ***
ELEMENT NO.,  3 NODAL INCIDENCES.
    1    1    2    3
    2    3    4    5
    3    5    6    7

***  NODAL PARAMETER CONSTRAINT LIST  ***
TYPE      EQUATIONS

ELEMENT TYPE NUMBER =  1
NUMBER OF NODES PER ELEMENT ..........  3
NUMBER OF QUADRATURE POINTS ..........  4
NUMBER OF GEOMETRIC CONTROL NODES ....  3
NUMBER OF PARAMETRIC DIMENSIONS ......  1
ELEMENT SHAPE NUMBER . ...............  1
APPLICATION DEPENDENT USER FLAG ......  0
 
*** CONSTRAINT EQUATION DATA ***

EQUATION HALF BANDWIDTH ............    3
OCCURS IN ELEMENT NUMBER . .........    1
CONSTRAINT HALF BANDWIDTH ..........    1
MAXIMUM HALF BANDWIDTH OF SYSTEM ...    3
TOTAL NUMBER OF SYSTEM EQUATIONS ...    7
NUMBER OF STIFFNESS COEFFICIENTS ...   21

*** ARRAY STORAGE ***
TYPE    REQUIRED  AVAILABLE
REAL       374  55000
INTEGER     96   5000

***  ELEMENT  PROPERTIES   ***
ELEMENT  PROPERTY      VALUE
         1         1    9.00000E+07
         2         1    1.50000E+07
         3         1    1.00000E+08
         1         2    2.40000E-01
         2         2    1.00000E-01
         3         2    2.40000E-01
         1         3    2.20000E-06
         2         3    1.10000E-05
         3         3    4.40000E-06
         1         4   -1.40000E+03
         2         4   -1.40000E+03
         3         4   -1.40000E+03
END REAL PROPERTIES OF ELEMENTS
 
ROW/COL      1         2         3
   1  1.01E+09 -1.20E+09  1.90E+08
   2 -1.20E+09  3.83E+09 -2.14E+09
   3  1.90E+08 -2.14E+09  2.23E+09
ROW/COL      1         2         3
   1  5.40E+05  6.25E-02 -1.69E+06
ROW/COL      1         2         3
   1  1.41E+11 -1.61E+11  2.01E+10
   2 -1.61E+11  3.22E+11 -1.61E+11
   3  2.01E+10 -1.61E+11  1.41E+11
ROW/COL      1         2         3
   1  1.03E+06  1.25E-01 -1.03E+06
ROW/COL      1         2         3
   1  9.16E+08 -9.92E+08  1.64E+08
   2 -9.92E+08  3.73E+09 -2.07E+09
   3  1.64E+08 -2.07E+09  2.22E+09
ROW/COL      1         2         3
   1  3.76E+06  0.00E+00 -1.58E+07

*** INPUT SOURCE RESULTANTS ***
DOF       SUM
  1   -1.3161E+07

*** EXTREME VALUES OF THE NODAL PARAMETERS ***
PARAMETER    MAXIMUM, NODE      MINIMUM, NODE
      1  -1.2507E-03,    1  -1.5792E-02,    7

***  OUTPUT OF RESULTS  ***
NODE, 1 COORDINATES,  1 PARAMETERS.
    1  2.00000E-01 -1.25072E-03
    2  4.12500E-01 -1.93462E-03
    3  6.25000E-01 -2.75597E-03
    4  6.25500E-01 -2.76885E-03
    5  6.26000E-01 -2.78171E-03
    6  1.62700E+00 -9.51933E-03
    7  2.62700E+00 -1.57919E-02

***  OUTPUT OF RESULTS  ***
ELEMENT, NODE,  1 PARAMETERS
    1       1   -1.25072E-03
    1       2   -1.93462E-03
    1       3   -2.75597E-03
    2       3   -2.75597E-03
    2       4   -2.76885E-03
    2       5   -2.78171E-03
    3       5   -2.78171E-03
    3       6   -9.51933E-03
    3       7   -1.57919E-02
 
*** ELEMENT STRESSES ***

ELEM  RADIUS     STRAIN:    RR       HOOP 
ELEM             STRAN0:    RR       HOOP 
ELEM             STRESS:    RR       HOOP 
   1  2.295E-01       -2.985E-03 -5.828E-03
   1                  -3.080E-03 -3.080E-03
   1                  -8.194E+04 -2.883E+05
   1  3.403E-01       -3.322E-03 -4.957E-03
   1                  -3.080E-03 -3.080E-03
   1                  -8.854E+04 -2.072E+05
   1  4.847E-01       -3.762E-03 -4.535E-03
   1                  -3.080E-03 -3.080E-03
   1                  -1.211E+05 -1.772E+05
   1  5.955E-01       -4.099E-03 -4.423E-03
   1                  -3.080E-03 -3.080E-03
   1                  -1.530E+05 -1.766E+05

ELEM  RADIUS     STRAIN:    RR       HOOP 
ELEM             STRAN0:    RR       HOOP 
ELEM             STRESS:    RR       HOOP 
   2  6.251E-01       -2.576E-02 -4.412E-03
   2                  -1.540E-02 -1.540E-02
   2                  -1.402E+05  1.509E+05
   2  6.253E-01       -2.575E-02 -4.421E-03
   2                  -1.540E-02 -1.540E-02
   2                  -1.401E+05  1.508E+05
   2  6.257E-01       -2.574E-02 -4.432E-03
   2                  -1.540E-02 -1.540E-02
   2                  -1.399E+05  1.506E+05
   2  6.259E-01       -2.573E-02 -4.441E-03
   2                  -1.540E-02 -1.540E-02
   2                  -1.397E+05  1.505E+05

ELEM  RADIUS     STRAIN:    RR       HOOP 
ELEM             STRAN0:    RR       HOOP 
ELEM             STRESS:    RR       HOOP 
   3  7.651E-01       -6.896E-03 -4.895E-03
   3                  -6.160E-03 -6.160E-03
   3                  -3.969E+04  1.217E+05
   3  1.287E+00       -6.658E-03 -5.658E-03
   3                  -6.160E-03 -6.160E-03
   3                  -3.997E+04  4.063E+04
   3  1.967E+00       -6.346E-03 -5.950E-03
   3                  -6.160E-03 -6.160E-03
   3                  -1.410E+04  1.784E+04
   3  2.488E+00       -6.107E-03 -6.008E-03
   3                  -6.160E-03 -6.160E-03
   3                   1.193E+04  1.991E+04

*** PRINT PLOT NUMBER  1 ***
NODAL PARAMETER  1, EVALUATED AT     7 NODE POINTS

 RANGE ON GRAPH IS -1.57919E-02 TO -1.25072E-03

 NODE    VALUE   +----+----+----+----+----+----+----+----+----+----+
   1  -1.251E-03 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
   2  -1.935E-03 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX  +
   3  -2.756E-03 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX     +
   4  -2.769E-03 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX     +
   5  -2.782E-03 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX     +
   6  -9.519E-03 XXXXXXXXXXXXXXXXXXXXXX                            +
   7  -1.579E-02 X                                                 +
 NODE    VALUE   +----+----+----+----+----+----+----+----+----+----+
NORMAL ENDING OF MODEL PROGRAM.
