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SUBROUTINE SOLID( TEMPS, PG, ITYPE )
C*****
C ELEMENT THERMAL LOAD GENERATOR FOR THE WEDGE, HEXA1, AND HEXA2
C
C ITYPE = 1 IMPLIES WEDGE - 3 TETRAHEDRONS
C
C ITYPE = 2 IMPLIES HEXA(6-SIDED-SOLID) 5 TETRAHEDRONS
C
C ITYPE = 3 IMPLIES HEXA(6-SIDED-SOLID) 10 TETRAHEDRONS
C
C*****
INTEGER NECPT(52) ,M(13,4)
C
REAL TEMPS(8) ,PG(6) ,TMPS(4)
C
COMMON/TRIMEX/ECPT(100)
C
EQUIVALENCE( NECPT(1), ECPT(1) )
C*****
C
C E C P T TETRA WEDGE HEXA
C -----------------------------------------------
C ECPT( 1) = EL ID EL ID EL ID
C ECPT( 2) = MAT-ID MAT-ID MAT-ID
C ECPT( 3) = GRID-1 GRID-1 GRID-1
C ECPT( 4) = GRID-2 GRID-2 GRID-2
C ECPT( 5) = GRID-3 GRID-3 GRID-3
C ECPT( 6) = GRID-4 GRID-4 GRID-4
C ECPT( 7) = CSID-1 GRID-5 GRID-5
C ECPT( 8) = X1 GRID-6 GRID-6
C ECPT( 9) = Y1 CSID-1 GRID-7
C ECPT(10) = Z1 X1 GRID-8
C ECPT(11) = CSID-2 Y1 CSID-1
C ECPT(12) = X2 Z1 X1
C ECPT(13) = Y2 CSID-2 Y1
C ECPT(14) = Z2 X2 Z1
C ECPT(15) = CSID-3 Y2 CSID-2
C ECPT(16) = X3 Z2 X2
C ECPT(17) = Y3 CSID-3 Y2
C ECPT(18) = Z3 X3 Z2
C ECPT(19) = CSID-4 Y3 CSID-3
C ECPT(20) = X4 Z3 X3
C ECPT(21) = Y4 CSID-4 Y3
C ECPT(22) = Z4 X4 Z3
C ECPT(23) = EL-TEM Y4 CSID-4
C ECPT(24) Z4 X4
C ECPT(25) CSID-5 Y4
C ECPT(26) X5 Z4
C ECPT(27) Y5 CSID-5
C ECPT(28) Z5 X5
C ECPT(29) CSID-6 Y5
C ECPT(30) X6 Z5
C ECPT(31) Y6 CSID-6
C ECPT(32) Z6 X6
C ECPT(33) ELTEMP Y6
C ECPT(34) Z6
C ECPT(35) CSID-7
C ECPT(36) X7
C ECPT(37) Y7
C ECPT(38)
C ECPT(39) CSID-8
C ECPT(40) X8
C ECPT(41) Y8
C ECPT(42) Z8
C ECPT(43) EL-TEMP
C*****
C
C*****
C MAP FOR WEDGE M(I,J) I=TETRAHEDRON, J=GRID POINT
C*****
DATA M( 1,1),M( 1,2),M( 1,3),M( 1,4) / 1 ,2 ,3 ,6 /
DATA M( 2,1),M( 2,2),M( 2,3),M( 2,4) / 1 ,2 ,6 ,5 /
DATA M( 3,1),M( 3,2),M( 3,3),M( 3,4) / 1 ,4 ,5 ,6 /
C*****
C MAP FOR HEXA-SOLID (5 OR 10 TETRAHEDRONS)
C*****
DATA M( 4,1),M( 4,2),M( 4,3),M( 4,4) / 1 ,2 ,3 ,6 /
DATA M( 5,1),M( 5,2),M( 5,3),M( 5,4) / 1 ,3 ,4 ,8 /
DATA M( 6,1),M( 6,2),M( 6,3),M( 6,4) / 1 ,3 ,8 ,6 /
DATA M( 7,1),M( 7,2),M( 7,3),M( 7,4) / 1 ,5 ,6 ,8 /
DATA M( 8,1),M( 8,2),M( 8,3),M( 8,4) / 3 ,6 ,7 ,8 /
DATA M( 9,1),M( 9,2),M( 9,3),M( 9,4) / 2 ,3 ,4 ,7 /
DATA M(10,1),M(10,2),M(10,3),M(10,4) / 1 ,2 ,4 ,5 /
DATA M(11,1),M(11,2),M(11,3),M(11,4) / 2 ,4 ,5 ,7 /
DATA M(12,1),M(12,2),M(12,3),M(12,4) / 2 ,5 ,6 ,7 /
DATA M(13,1),M(13,2),M(13,3),M(13,4) / 4 ,5 ,7 ,8 /
C*****
C BRANCH ON ELEMENT TYPE
C*****
GO TO(1000,2000,3000), ITYPE
C*****
C COME HERE FOR WEDGE COMPUTATIONS.
C KTETRA IS CALLED 3 TIMES BASED ON WEDGE MAPPING MATRIX.
C*****
1000 ITET = 1
NTET = 3
ITEMP= 33
NGRIDS = 6
IOPT = 0
GO TO 6000
C*****
C COME HERE FOR 5-TETRAHEDRON 6-SIDED SOLID
C*****
2000 ITET = 4
NTET = 8
ITEMP= 43
NGRIDS = 8
IOPT = 0
GO TO 6000
C*****
C COME HERE FOR 10-TETRAHEDRON 6-SIDED SOLID
C*****
3000 ITET = 4
NTET =13
ITEMP= 43
NGRIDS = 8
IOPT = 1
GO TO 6000
6000 DO 6010 J = 1,50
ECPT(J+50) = ECPT(J)
6010 CONTINUE
C
C FILL MAT ID AND EL TEMP
C
NECPT(2) = NECPT(52)
NECPT(23) = NECPT (ITEMP+50)
DO 8000 I = ITET,NTET
C
C FILL IN GRID SIL-S AND COORDINATE SETS
C
DO 7030 J = 1,4
KPOINT = M(I,J)
TMPS(J) = TEMPS(KPOINT)
NECPT(J+2) = NECPT(KPOINT+52)
KPOINT = 4*KPOINT + NGRIDS - 3
JPOINT = 4*J + 2
NECPT(JPOINT+1) = NECPT(KPOINT+52)
NECPT(JPOINT+2) = NECPT(KPOINT+53)
NECPT(JPOINT+3) = NECPT(KPOINT+54)
NECPT(JPOINT+4) = NECPT(KPOINT+55)
7030 CONTINUE
CALL TETRA( TMPS(1), PG(1), IOPT )
8000 CONTINUE
C*****
C ALL THROUGH
C*****
RETURN
END
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