OpenRadioss 2025.1.11
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s8zderi3.F File Reference
#include "implicit_f.inc"
#include "comlock.inc"
#include "mvsiz_p.inc"
#include "units_c.inc"
#include "scr17_c.inc"
#include "impl1_c.inc"
#include "lockon.inc"
#include "lockoff.inc"

Go to the source code of this file.

Functions/Subroutines

subroutine s8zderi3 (offg, off, vol, ngl, ksi, eta, zeta, wi, pxc1, pxc2, pxc3, pxc4, pyc1, pyc2, pyc3, pyc4, pzc1, pzc2, pzc3, pzc4, px1h1, px1h2, px1h3, px1h4, px2h1, px2h2, px2h3, px2h4, px3h1, px3h2, px3h3, px3h4, px4h1, px4h2, px4h3, px4h4, hx, hy, hz, px1, px2, px3, px4, px5, px6, px7, px8, py1, py2, py3, py4, py5, py6, py7, py8, pz1, pz2, pz3, pz4, pz5, pz6, pz7, pz8, pxy1, pxy2, pxy3, pxy4, pxy5, pxy6, pxy7, pxy8, pyx1, pyx2, pyx3, pyx4, pyx5, pyx6, pyx7, pyx8, pxz1, pxz2, pxz3, pxz4, pxz5, pxz6, pxz7, pxz8, pzx1, pzx2, pzx3, pzx4, pzx5, pzx6, pzx7, pzx8, pyz1, pyz2, pyz3, pyz4, pyz5, pyz6, pyz7, pyz8, pzy1, pzy2, pzy3, pzy4, pzy5, pzy6, pzy7, pzy8, bxy1, bxy2, bxy3, bxy4, bxy5, bxy6, bxy7, bxy8, byx1, byx2, byx3, byx4, byx5, byx6, byx7, byx8, bxz1, bxz2, bxz3, bxz4, bxz5, bxz6, bxz7, bxz8, bzx1, bzx2, bzx3, bzx4, bzx5, bzx6, bzx7, bzx8, byz1, byz2, byz3, byz4, byz5, byz6, byz7, byz8, bzy1, bzy2, bzy3, bzy4, bzy5, bzy6, bzy7, bzy8, cj1, cj2, cj3, cj4, cj5, cj6, cj7, cj8, cj9, jac4, jac5, jac6, jac7, jac8, jac9, smax, deltax, nu, icp, ideg, voldp, nel, mtn, ismstr, jhbe)

Function/Subroutine Documentation

◆ s8zderi3()

subroutine s8zderi3 ( offg,
off,
vol,
integer, dimension(*) ngl,
ksi,
eta,
zeta,
wi,
pxc1,
pxc2,
pxc3,
pxc4,
pyc1,
pyc2,
pyc3,
pyc4,
pzc1,
pzc2,
pzc3,
pzc4,
px1h1,
px1h2,
px1h3,
px1h4,
px2h1,
px2h2,
px2h3,
px2h4,
px3h1,
px3h2,
px3h3,
px3h4,
px4h1,
px4h2,
px4h3,
px4h4,
hx,
hy,
hz,
px1,
px2,
px3,
px4,
px5,
px6,
px7,
px8,
py1,
py2,
py3,
py4,
py5,
py6,
py7,
py8,
pz1,
pz2,
pz3,
pz4,
pz5,
pz6,
pz7,
pz8,
pxy1,
pxy2,
pxy3,
pxy4,
pxy5,
pxy6,
pxy7,
pxy8,
pyx1,
pyx2,
pyx3,
pyx4,
pyx5,
pyx6,
pyx7,
pyx8,
pxz1,
pxz2,
pxz3,
pxz4,
pxz5,
pxz6,
pxz7,
pxz8,
pzx1,
pzx2,
pzx3,
pzx4,
pzx5,
pzx6,
pzx7,
pzx8,
pyz1,
pyz2,
pyz3,
pyz4,
pyz5,
pyz6,
pyz7,
pyz8,
pzy1,
pzy2,
pzy3,
pzy4,
pzy5,
pzy6,
pzy7,
pzy8,
bxy1,
bxy2,
bxy3,
bxy4,
bxy5,
bxy6,
bxy7,
bxy8,
byx1,
byx2,
byx3,
byx4,
byx5,
byx6,
byx7,
byx8,
bxz1,
bxz2,
bxz3,
bxz4,
bxz5,
bxz6,
bxz7,
bxz8,
bzx1,
bzx2,
bzx3,
bzx4,
bzx5,
bzx6,
bzx7,
bzx8,
byz1,
byz2,
byz3,
byz4,
byz5,
byz6,
byz7,
byz8,
bzy1,
bzy2,
bzy3,
bzy4,
bzy5,
bzy6,
bzy7,
bzy8,
cj1,
cj2,
cj3,
cj4,
cj5,
cj6,
cj7,
cj8,
cj9,
jac4,
jac5,
jac6,
jac7,
jac8,
jac9,
smax,
deltax,
nu,
integer icp,
integer, dimension(*) ideg,
double precision, dimension(mvsiz) voldp,
integer, intent(in) nel,
integer, intent(in) mtn,
integer, intent(in) ismstr,
integer, intent(in) jhbe )

Definition at line 29 of file s8zderi3.F.

76C-----------------------------------------------
77C I m p l i c i t T y p e s
78C-----------------------------------------------
79#include "implicit_f.inc"
80#include "comlock.inc"
81C-----------------------------------------------
82C G l o b a l P a r a m e t e r s
83C-----------------------------------------------
84#include "mvsiz_p.inc"
85C-----------------------------------------------
86C C o m m o n B l o c k s
87C-----------------------------------------------
88#include "units_c.inc"
89#include "scr17_c.inc"
90#include "impl1_c.inc"
91C-----------------------------------------------
92C D u m m y A r g u m e n t s
93C-----------------------------------------------
94 INTEGER, INTENT(IN) :: NEL
95 INTEGER, INTENT(IN) :: MTN
96 INTEGER, INTENT(IN) :: ISMSTR
97 INTEGER, INTENT(IN) :: JHBE
98 INTEGER ICP,IDEG(*)
99C REAL
100 my_real
101 . off(*),offg(*),vol(*),ksi,eta,zeta,wi,
102 . pxc1(*), pxc2(*), pxc3(*), pxc4(*),
103 . pyc1(*), pyc2(*), pyc3(*), pyc4(*),
104 . pzc1(*), pzc2(*), pzc3(*), pzc4(*),
105 . px1h1(*), px1h2(*), px1h3(*),px1h4(*),
106 . px2h1(*), px2h2(*), px2h3(*),px2h4(*),
107 . px3h1(*), px3h2(*), px3h3(*),px3h4(*),
108 . px4h1(*), px4h2(*), px4h3(*),px4h4(*),
109 . hx(mvsiz,4), hy(mvsiz,4), hz(mvsiz,4),
110 . px1(*), px2(*), px3(*), px4(*),
111 . px5(*), px6(*), px7(*), px8(*),
112 . py1(*), py2(*), py3(*), py4(*),
113 . py5(*), py6(*), py7(*), py8(*),
114 . pz1(*), pz2(*), pz3(*), pz4(*),
115 . pz5(*), pz6(*), pz7(*), pz8(*),
116 . pxy1(*),pxy2(*),pxy3(*),pxy4(*),
117 . pxy5(*),pxy6(*),pxy7(*),pxy8(*),
118 . pyx1(*),pyx2(*),pyx3(*),pyx4(*),
119 . pyx5(*),pyx6(*),pyx7(*),pyx8(*),
120 . pxz1(*),pxz2(*),pxz3(*),pxz4(*),
121 . pxz5(*),pxz6(*),pxz7(*),pxz8(*),
122 . pzx1(*),pzx2(*),pzx3(*),pzx4(*),
123 . pzx5(*),pzx6(*),pzx7(*),pzx8(*),
124 . pyz1(*),pyz2(*),pyz3(*),pyz4(*),
125 . pyz5(*),pyz6(*),pyz7(*),pyz8(*),
126 . pzy1(*),pzy2(*),pzy3(*),pzy4(*),
127 . pzy5(*),pzy6(*),pzy7(*),pzy8(*),
128 . bxy1(*),bxy2(*),bxy3(*),bxy4(*),
129 . bxy5(*),bxy6(*),bxy7(*),bxy8(*),
130 . byx1(*),byx2(*),byx3(*),byx4(*),
131 . byx5(*),byx6(*),byx7(*),byx8(*),
132 . bxz1(*),bxz2(*),bxz3(*),bxz4(*),
133 . bxz5(*),bxz6(*),bxz7(*),bxz8(*),
134 . bzx1(*),bzx2(*),bzx3(*),bzx4(*),
135 . bzx5(*),bzx6(*),bzx7(*),bzx8(*),
136 . byz1(*),byz2(*),byz3(*),byz4(*),
137 . byz5(*),byz6(*),byz7(*),byz8(*),
138 . bzy1(*),bzy2(*),bzy3(*),bzy4(*),
139 . bzy5(*),bzy6(*),bzy7(*),bzy8(*),
140 . cj1(*),cj2(*),cj3(*),
141 . cj4(*),cj5(*),cj6(*),
142 . cj7(*),cj8(*),cj9(*),
143 . jac4,jac5,jac6,
144 . jac7,jac8,jac9,
145 . smax(*),deltax(*),nu(*)
146 DOUBLE PRECISION
147 . VOLDP(MVSIZ),DETDP
148C-----------------------------------------------
149C L o c a l V a r i a b l e s
150C-----------------------------------------------
151 INTEGER NGL(*), I, J ,ICOR,ep
152C REAL
153C 12
154 my_real
155 . det(mvsiz) ,dett , nu1(mvsiz),
156 . jac1,jac2,jac3,
157 . jaci1, jaci2, jaci3,
158 . jaci4, jaci5, jaci6,
159 . jaci7, jaci8, jaci9,
160 . jac_59_68(mvsiz), jac_67_49(mvsiz), jac_48_57(mvsiz),
161 . jac_38_29(mvsiz), jac_19_37(mvsiz), jac_27_18(mvsiz),
162 . jac_26_35(mvsiz), jac_34_16(mvsiz), jac_15_24(mvsiz),
163 . jaci12(mvsiz), jaci45(mvsiz), jaci78(mvsiz),
164 . d1x(mvsiz) , d2x(mvsiz) , d3x(mvsiz) , d4x(mvsiz) ,
165 . d1y(mvsiz) , d2y(mvsiz) , d3y(mvsiz) , d4y(mvsiz) ,
166 . d1z(mvsiz) , d2z(mvsiz) , d3z(mvsiz) , d4z(mvsiz) ,
167 . xg1(mvsiz), xg2(mvsiz), xg3(mvsiz), xg4(mvsiz),
168 . yg1(mvsiz), yg2(mvsiz), yg3(mvsiz), yg4(mvsiz),
169 . zg1(mvsiz), zg2(mvsiz), zg3(mvsiz), zg4(mvsiz),
170 . f1,f2,f3,xs,xas,ys,yas,zs,zas,cs,cas ,bxhi,byhi,bzhi
171C-----------------------------------------------
172C------ICP= 0 : Bindeman&Belytschko assumed strain
173C------ICP= 1 : fast assumed volumic strain for the laws(elastoplastic)P=f(rho,rho0)
174C------ICP= 11 : EAD nominal assumed strain for the incmpressible laws(hyperelastic)P/=f(rho,rho0)
175C
176C Jacobian matrix
177 DO i=1,nel
178 jac1=cj1(i)+hx(i,3)*eta+(hx(i,2)+hx(i,4)*eta)*zeta
179 jac2=cj2(i)+hy(i,3)*eta+(hy(i,2)+hy(i,4)*eta)*zeta
180 jac3=cj3(i)+hz(i,3)*eta+(hz(i,2)+hz(i,4)*eta)*zeta
181C
182 jac4=cj4(i)+hx(i,1)*zeta+(hx(i,3)+hx(i,4)*zeta)*ksi
183 jac5=cj5(i)+hy(i,1)*zeta+(hy(i,3)+hy(i,4)*zeta)*ksi
184 jac6=cj6(i)+hz(i,1)*zeta+(hz(i,3)+hz(i,4)*zeta)*ksi
185C
186 jac7=cj7(i)+hx(i,2)*ksi+(hx(i,1)+hx(i,4)*ksi)*eta
187 jac8=cj8(i)+hy(i,2)*ksi+(hy(i,1)+hy(i,4)*ksi)*eta
188 jac9=cj9(i)+hz(i,2)*ksi+(hz(i,1)+hz(i,4)*ksi)*eta
189C
190 jac_59_68(i)=jac5*jac9-jac6*jac8
191 jac_67_49(i)=jac6*jac7-jac4*jac9
192 jac_38_29(i)=(-jac2*jac9+jac3*jac8)
193 jac_19_37(i)=( jac1*jac9-jac3*jac7)
194 jac_27_18(i)=(-jac1*jac8+jac2*jac7)
195 jac_26_35(i)=( jac2*jac6-jac3*jac5)
196 jac_34_16(i)=(-jac1*jac6+jac3*jac4)
197 jac_15_24(i)=( jac1*jac5-jac2*jac4)
198 jac_48_57(i)=jac4*jac8-jac5*jac7
199C
200 detdp=one_over_512*(jac1*jac_59_68(i)+jac2*jac_67_49(i)+jac3*jac_48_57(i))
201 det(i) = detdp
202 voldp(i) = wi * detdp
203 vol(i) = voldp(i)
204 ENDDO
205C
206 icor = 0
207 DO i=1,nel
208 off(i)=offg(i)
209 IF(off(i)==zero)THEN
210 det(i)=one
211 IF (vol(i)<=zero) vol(i)=one
212 ELSEIF (vol(i)<=zero ) THEN
213 vol(i)= em20
214 off(i) =zero
215 icor=1
216 ENDIF
217 ENDDO
218C
219 IF (icor>0.AND.impl_s>0) THEN
220 DO i=1,nel
221 IF(vol(i)<=zero.AND.off(i)/=zero)THEN
222 vol(i)= em20
223 off(i) =zero
224 IF (imp_chk>0) THEN
225#include "lockon.inc"
226 WRITE(iout ,2001) ngl(i)
227#include "lockoff.inc"
228 idel7nok = 1
229 imp_ir = imp_ir + 1
230 ELSEIF (imconv==1) THEN
231#include "lockon.inc"
232 WRITE(istdo,2000) ngl(i)
233 WRITE(iout ,2000) ngl(i)
234#include "lockoff.inc"
235 idel7nok = 1
236 ENDIF
237 ENDIF
238 ENDDO
239 END IF
240C
241 f1 = eta*zeta
242 f2 = ksi*zeta
243 f3 = ksi*eta
244 DO i=1,nel
245 dett=one_over_512/det(i)
246 jaci1=dett*jac_59_68(i)
247 jaci4=dett*jac_67_49(i)
248 jaci7=dett*jac_48_57(i)
249 jaci2=dett*jac_38_29(i)
250 jaci5=dett*jac_19_37(i)
251 jaci8=dett*jac_27_18(i)
252 jaci3=dett*jac_26_35(i)
253 jaci6=dett*jac_34_16(i)
254 jaci9=dett*jac_15_24(i)
255C
256 nu1(i) = nu(i)/(one - nu(i))
257C
258 d1x(i)=jaci3*eta +jaci2*zeta
259 d2x(i)=jaci1*zeta +jaci3*ksi
260 d3x(i)=jaci2*ksi +jaci1*eta
261 d4x(i)=jaci1*f1+jaci2*f2+jaci3*f3
262C
263 d1y(i)=jaci6*eta +jaci5*zeta
264 d2y(i)=jaci4*zeta +jaci6*ksi
265 d3y(i)=jaci5*ksi +jaci4*eta
266 d4y(i)=jaci4*f1+jaci5*f2+jaci6*f3
267C
268 d1z(i)=jaci9*eta +jaci8*zeta
269 d2z(i)=jaci7*zeta +jaci9*ksi
270 d3z(i)=jaci8*ksi +jaci7*eta
271 d4z(i)=jaci7*f1+jaci8*f2+jaci9*f3
272 ENDDO
273C-------Node 1,7-----
274 DO i=1,nel
275 xg1(i) = px1h1(i)*d1x(i)
276 xg2(i) = px1h2(i)*d2x(i)
277 xg3(i) = px1h3(i)*d3x(i)
278 xg4(i) = px1h4(i)*d4x(i)
279 yg1(i) = px1h1(i)*d1y(i)
280 yg2(i) = px1h2(i)*d2y(i)
281 yg3(i) = px1h3(i)*d3y(i)
282 yg4(i) = px1h4(i)*d4y(i)
283 zg1(i) = px1h1(i)*d1z(i)
284 zg2(i) = px1h2(i)*d2z(i)
285 zg3(i) = px1h3(i)*d3z(i)
286 zg4(i) = px1h4(i)*d4z(i)
287 ENDDO
288C
289 DO i=1,nel
290 xs =d1x(i)+d2x(i)+d3x(i)
291 xas =d4x(i)+xg1(i)+xg2(i)+xg3(i)+xg4(i)-pxc1(i)
292 px1(i)=xs-xas
293 px7(i)=xs+xas
294 ys =d1y(i)+d2y(i)+d3y(i)
295 yas =d4y(i)+yg1(i)+yg2(i)+yg3(i)+yg4(i)-pyc1(i)
296 py1(i)=ys-yas
297 py7(i)=ys+yas
298 zs =d1z(i)+d2z(i)+d3z(i)
299 zas =d4z(i)+zg1(i)+zg2(i)+zg3(i)+zg4(i)-pzc1(i)
300 pz1(i)=zs-zas
301 pz7(i)=zs+zas
302C
303 ys =d1y(i)+d2y(i)
304 yas =yg1(i)+yg2(i)-pyc1(i)
305 pxy1(i)=ys-yas
306 pxy7(i)=ys+yas
307 xs =d1x(i)+d2x(i)
308 xas =xg1(i)+xg2(i)-pxc1(i)
309 pyx1(i)=xs-xas
310 pyx7(i)=xs+xas
311 zs =d1z(i)+d3z(i)
312 zas =zg1(i)+zg3(i)-pzc1(i)
313 pxz1(i)=zs-zas
314 pxz7(i)=zs+zas
315 xs =d1x(i)+d3x(i)
316 xas =xg1(i)+xg3(i)-pxc1(i)
317 pzx1(i)=xs-xas
318 pzx7(i)=xs+xas
319 zs =d2z(i)+d3z(i)
320 zas =zg2(i)+zg3(i)-pzc1(i)
321 pyz1(i)=zs-zas
322 pyz7(i)=zs+zas
323 ys =d2y(i)+d3y(i)
324 yas =yg2(i)+yg3(i)-pyc1(i)
325 pzy1(i)=ys-yas
326 pzy7(i)=ys+yas
327 ENDDO
328C
329 IF (icp /= 1 .AND. icp /= 11) THEN
330 DO i=1,nel
331 cas =-nu(i)*(d4x(i)+xg1(i)+xg4(i))
332 xas =-nu1(i)*xg3(i)+cas
333 bxy1(i)=-xas
334 bxy7(i)=xas
335 xas =-nu1(i)*xg2(i)+cas
336 bxz1(i)=-xas
337 bxz7(i)=xas
338 cas =-nu(i)*(d4y(i)+yg2(i)+xg4(i))
339C--back to old one due to bench safety SID-IIs_SBLD_v3_1_2_s3_dummy1
340C---now s8zderi3 is used only for s8cforc3 and gdt------
341 yas =-nu1(i)*yg3(i)+cas
342 byx1(i)=-yas
343 byx7(i)=yas
344 yas =-nu1(i)*yg1(i)+cas
345 byz1(i)=-yas
346 byz7(i)=yas
347 cas =-nu(i)*(d4z(i)+zg3(i)+zg4(i))
348 zas =-nu1(i)*zg2(i)+cas
349 bzx1(i)=-zas
350 bzx7(i)=zas
351 zas =-nu1(i)*zg1(i)+cas
352 bzy1(i)=-zas
353 bzy7(i)=zas
354 ENDDO
355 ENDIF
356C-------Node 2,8-----
357 DO i=1,nel
358 xg1(i) = px2h1(i)*d1x(i)
359 xg2(i) = px2h2(i)*d2x(i)
360 xg3(i) = px2h3(i)*d3x(i)
361 xg4(i) = px2h4(i)*d4x(i)
362 yg1(i) = px2h1(i)*d1y(i)
363 yg2(i) = px2h2(i)*d2y(i)
364 yg3(i) = px2h3(i)*d3y(i)
365 yg4(i) = px2h4(i)*d4y(i)
366 zg1(i) = px2h1(i)*d1z(i)
367 zg2(i) = px2h2(i)*d2z(i)
368 zg3(i) = px2h3(i)*d3z(i)
369 zg4(i) = px2h4(i)*d4z(i)
370 ENDDO
371C
372 DO i=1,nel
373 xs =d1x(i)-d2x(i)-d3x(i)
374 xas =-d4x(i)+xg1(i)+xg2(i)+xg3(i)+xg4(i)-pxc2(i)
375 px2(i)=xs-xas
376 px8(i)=xs+xas
377 ys =d1y(i)-d2y(i)-d3y(i)
378 yas =-d4y(i)+yg1(i)+yg2(i)+yg3(i)+yg4(i)-pyc2(i)
379 py2(i)=ys-yas
380 py8(i)=ys+yas
381 zs =d1z(i)-d2z(i)-d3z(i)
382 zas =-d4z(i)+zg1(i)+zg2(i)+zg3(i)+zg4(i)-pzc2(i)
383 pz2(i)=zs-zas
384 pz8(i)=zs+zas
385C
386 ys =d1y(i)-d2y(i)
387 yas =yg1(i)+yg2(i)-pyc2(i)
388 pxy2(i)=ys-yas
389 pxy8(i)=ys+yas
390 xs =d1x(i)-d2x(i)
391 xas =xg1(i)+xg2(i)-pxc2(i)
392 pyx2(i)=xs-xas
393 pyx8(i)=xs+xas
394 zs =d1z(i)-d3z(i)
395 zas =zg1(i)+zg3(i)-pzc2(i)
396 pxz2(i)=zs-zas
397 pxz8(i)=zs+zas
398 xs =d1x(i)-d3x(i)
399 xas =xg1(i)+xg3(i)-pxc2(i)
400 pzx2(i)=xs-xas
401 pzx8(i)=xs+xas
402 zs =-d2z(i)-d3z(i)
403 zas =zg2(i)+zg3(i)-pzc2(i)
404 pyz2(i)=zs-zas
405 pyz8(i)=zs+zas
406 ys =-d2y(i)-d3y(i)
407 yas =yg2(i)+yg3(i)-pyc2(i)
408 pzy2(i)=ys-yas
409 pzy8(i)=ys+yas
410 ENDDO
411C
412 IF (icp /= 1 .AND. icp /= 11) THEN
413 DO i=1,nel
414 cas =-nu(i)*(-d4x(i)+xg1(i)+xg4(i))
415 xas =-nu1(i)*xg3(i)+cas
416 bxy2(i)=-xas
417 bxy8(i)=xas
418 xas =-nu1(i)*xg2(i)+cas
419 bxz2(i)=-xas
420 bxz8(i)=xas
421 cas =-nu(i)*(-d4y(i)+yg2(i)+xg4(i))
422 yas =-nu1(i)*yg3(i)+cas
423 byx2(i)=-yas
424 byx8(i)=yas
425 yas =-nu1(i)*yg1(i)+cas
426 byz2(i)=-yas
427 byz8(i)=yas
428 cas =-nu(i)*(-d4z(i)+zg3(i)+zg4(i))
429 zas =-nu1(i)*zg2(i)+cas
430 bzx2(i)=-zas
431 bzx8(i)=zas
432 zas =-nu1(i)*zg1(i)+cas
433 bzy2(i)=-zas
434 bzy8(i)=zas
435 ENDDO
436 ENDIF
437C
438C-------Node 3,5-----
439 DO i=1,nel
440 xg1(i) = px3h1(i)*d1x(i)
441 xg2(i) = px3h2(i)*d2x(i)
442 xg3(i) = px3h3(i)*d3x(i)
443 xg4(i) = px3h4(i)*d4x(i)
444 yg1(i) = px3h1(i)*d1y(i)
445 yg2(i) = px3h2(i)*d2y(i)
446 yg3(i) = px3h3(i)*d3y(i)
447 yg4(i) = px3h4(i)*d4y(i)
448 zg1(i) = px3h1(i)*d1z(i)
449 zg2(i) = px3h2(i)*d2z(i)
450 zg3(i) = px3h3(i)*d3z(i)
451 zg4(i) = px3h4(i)*d4z(i)
452 ENDDO
453C
454 DO i=1,nel
455 xs =-d1x(i)-d2x(i)+d3x(i)
456 xas =d4x(i)+xg1(i)+xg2(i)+xg3(i)+xg4(i)-pxc3(i)
457 px3(i)=xs-xas
458 px5(i)=xs+xas
459 ys =-d1y(i)-d2y(i)+d3y(i)
460 yas =d4y(i)+yg1(i)+yg2(i)+yg3(i)+yg4(i)-pyc3(i)
461 py3(i)=ys-yas
462 py5(i)=ys+yas
463 zs =-d1z(i)-d2z(i)+d3z(i)
464 zas =d4z(i)+zg1(i)+zg2(i)+zg3(i)+zg4(i)-pzc3(i)
465 pz3(i)=zs-zas
466 pz5(i)=zs+zas
467C
468 ys =-d1y(i)-d2y(i)
469 yas =yg1(i)+yg2(i)-pyc3(i)
470 pxy3(i)=ys-yas
471 pxy5(i)=ys+yas
472 xs =-d1x(i)-d2x(i)
473 xas =xg1(i)+xg2(i)-pxc3(i)
474 pyx3(i)=xs-xas
475 pyx5(i)=xs+xas
476 zs =-d1z(i)+d3z(i)
477 zas =zg1(i)+zg3(i)-pzc3(i)
478 pxz3(i)=zs-zas
479 pxz5(i)=zs+zas
480 xs =-d1x(i)+d3x(i)
481 xas =xg1(i)+xg3(i)-pxc3(i)
482 pzx3(i)=xs-xas
483 pzx5(i)=xs+xas
484 zs =-d2z(i)+d3z(i)
485 zas =zg2(i)+zg3(i)-pzc3(i)
486 pyz3(i)=zs-zas
487 pyz5(i)=zs+zas
488 ys =-d2y(i)+d3y(i)
489 yas =yg2(i)+yg3(i)-pyc3(i)
490 pzy3(i)=ys-yas
491 pzy5(i)=ys+yas
492 ENDDO
493C
494 IF (icp /= 1 .AND. icp /= 11) THEN
495 DO i=1,nel
496 cas =-nu(i)*(d4x(i)+xg1(i)+xg4(i))
497 xas =-nu1(i)*xg3(i)+cas
498 bxy3(i)=-xas
499 bxy5(i)=xas
500 xas =-nu1(i)*xg2(i)+cas
501 bxz3(i)=-xas
502 bxz5(i)=xas
503 cas =-nu(i)*(d4y(i)+yg2(i)+xg4(i))
504 yas =-nu1(i)*yg3(i)+cas
505 byx3(i)=-yas
506 byx5(i)=yas
507 yas =-nu1(i)*yg1(i)+cas
508 byz3(i)=-yas
509 byz5(i)=yas
510 cas =-nu(i)*(d4z(i)+zg3(i)+zg4(i))
511 zas =-nu1(i)*zg2(i)+cas
512 bzx3(i)=-zas
513 bzx5(i)=zas
514 zas =-nu1(i)*zg1(i)+cas
515 bzy3(i)=-zas
516 bzy5(i)=zas
517 ENDDO
518 ENDIF
519C-------Node 4,6-----
520 DO i=1,nel
521 xg1(i) = px4h1(i)*d1x(i)
522 xg2(i) = px4h2(i)*d2x(i)
523 xg3(i) = px4h3(i)*d3x(i)
524 xg4(i) = px4h4(i)*d4x(i)
525 yg1(i) = px4h1(i)*d1y(i)
526 yg2(i) = px4h2(i)*d2y(i)
527 yg3(i) = px4h3(i)*d3y(i)
528 yg4(i) = px4h4(i)*d4y(i)
529 zg1(i) = px4h1(i)*d1z(i)
530 zg2(i) = px4h2(i)*d2z(i)
531 zg3(i) = px4h3(i)*d3z(i)
532 zg4(i) = px4h4(i)*d4z(i)
533 ENDDO
534C
535 DO i=1,nel
536 xs =-d1x(i)+d2x(i)-d3x(i)
537 xas =-d4x(i)+xg1(i)+xg2(i)+xg3(i)+xg4(i)-pxc4(i)
538 px4(i)=xs-xas
539 px6(i)=xs+xas
540 ys =-d1y(i)+d2y(i)-d3y(i)
541 yas =-d4y(i)+yg1(i)+yg2(i)+yg3(i)+yg4(i)-pyc4(i)
542 py4(i)=ys-yas
543 py6(i)=ys+yas
544 zs =-d1z(i)+d2z(i)-d3z(i)
545 zas =-d4z(i)+zg1(i)+zg2(i)+zg3(i)+zg4(i)-pzc4(i)
546 pz4(i)=zs-zas
547 pz6(i)=zs+zas
548C
549 ys =-d1y(i)+d2y(i)
550 yas =yg1(i)+yg2(i)-pyc4(i)
551 pxy4(i)=ys-yas
552 pxy6(i)=ys+yas
553 xs =-d1x(i)+d2x(i)
554 xas =xg1(i)+xg2(i)-pxc4(i)
555 pyx4(i)=xs-xas
556 pyx6(i)=xs+xas
557 zs =-d1z(i)-d3z(i)
558 zas =zg1(i)+zg3(i)-pzc4(i)
559 pxz4(i)=zs-zas
560 pxz6(i)=zs+zas
561 xs =-d1x(i)-d3x(i)
562 xas =xg1(i)+xg3(i)-pxc4(i)
563 pzx4(i)=xs-xas
564 pzx6(i)=xs+xas
565 zs =d2z(i)-d3z(i)
566 zas =zg2(i)+zg3(i)-pzc4(i)
567 pyz4(i)=zs-zas
568 pyz6(i)=zs+zas
569 ys =d2y(i)-d3y(i)
570 yas =yg2(i)+yg3(i)-pyc4(i)
571 pzy4(i)=ys-yas
572 pzy6(i)=ys+yas
573 ENDDO
574C
575 IF (icp /= 1 .AND. icp /= 11) THEN
576 DO i=1,nel
577 cas =-nu(i)*(-d4x(i)+xg1(i)+xg4(i))
578 xas =-nu1(i)*xg3(i)+cas
579 bxy4(i)=-xas
580 bxy6(i)=xas
581 xas =-nu1(i)*xg2(i)+cas
582 bxz4(i)=-xas
583 bxz6(i)=xas
584 cas =-nu(i)*(-d4y(i)+yg2(i)+xg4(i))
585 yas =-nu1(i)*yg3(i)+cas
586 byx4(i)=-yas
587 byx6(i)=yas
588 yas =-nu1(i)*yg1(i)+cas
589 byz4(i)=-yas
590 byz6(i)=yas
591 cas =-nu(i)*(-d4z(i)+zg3(i)+zg4(i))
592 zas =-nu1(i)*zg2(i)+cas
593 bzx4(i)=-zas
594 bzx6(i)=zas
595 zas =-nu1(i)*zg1(i)+cas
596 bzy4(i)=-zas
597 bzy6(i)=zas
598 ENDDO
599C
600 DO i=1,nel
601 cs =-nu(i)*d1x(i)
602 xs =-nu1(i)*d3x(i)
603 bxy1(i)=bxy1(i)+cs+xs
604 bxy2(i)=bxy2(i)+cs-xs
605 bxy3(i)=bxy3(i)-cs+xs
606 bxy4(i)=bxy4(i)-cs-xs
607 bxy5(i)=bxy5(i)-cs+xs
608 bxy6(i)=bxy6(i)-cs-xs
609 bxy7(i)=bxy7(i)+cs+xs
610 bxy8(i)=bxy8(i)+cs-xs
611 xs =-nu1(i)*d2x(i)
612 bxz1(i)=bxz1(i)+cs+xs
613 bxz2(i)=bxz2(i)+cs-xs
614 bxz3(i)=bxz3(i)-cs-xs
615 bxz4(i)=bxz4(i)-cs+xs
616 bxz5(i)=bxz5(i)-cs-xs
617 bxz6(i)=bxz6(i)-cs+xs
618 bxz7(i)=bxz7(i)+cs+xs
619 bxz8(i)=bxz8(i)+cs-xs
620 ENDDO
621 DO i=1,nel
622 cs =-nu(i)*d2y(i)
623 ys =-nu1(i)*d3y(i)
624 byx1(i)=byx1(i)+cs+ys
625 byx2(i)=byx2(i)-cs-ys
626 byx3(i)=byx3(i)-cs+ys
627 byx4(i)=byx4(i)+cs-ys
628 byx5(i)=byx5(i)-cs+ys
629 byx6(i)=byx6(i)+cs-ys
630 byx7(i)=byx7(i)+cs+ys
631 byx8(i)=byx8(i)-cs-ys
632 ys =-nu1(i)*d1y(i)
633 byz1(i)=byz1(i)+cs+ys
634 byz2(i)=byz2(i)-cs+ys
635 byz3(i)=byz3(i)-cs-ys
636 byz4(i)=byz4(i)+cs-ys
637 byz5(i)=byz5(i)-cs-ys
638 byz6(i)=byz6(i)+cs-ys
639 byz7(i)=byz7(i)+cs+ys
640 byz8(i)=byz8(i)-cs+ys
641 ENDDO
642 DO i=1,nel
643 cs =-nu(i)*d3z(i)
644 zs =-nu1(i)*d2z(i)
645 bzx1(i)=bzx1(i)+cs+zs
646 bzx2(i)=bzx2(i)-cs-zs
647 bzx3(i)=bzx3(i)+cs-zs
648 bzx4(i)=bzx4(i)-cs+zs
649 bzx5(i)=bzx5(i)+cs-zs
650 bzx6(i)=bzx6(i)-cs+zs
651 bzx7(i)=bzx7(i)+cs+zs
652 bzx8(i)=bzx8(i)-cs-zs
653 zs =-nu1(i)*d1z(i)
654 bzy1(i)=bzy1(i)+cs+zs
655 bzy2(i)=bzy2(i)-cs+zs
656 bzy3(i)=bzy3(i)+cs-zs
657 bzy4(i)=bzy4(i)-cs-zs
658 bzy5(i)=bzy5(i)+cs-zs
659 bzy6(i)=bzy6(i)-cs-zs
660 bzy7(i)=bzy7(i)+cs+zs
661 bzy8(i)=bzy8(i)-cs+zs
662 ENDDO
663 ENDIF
664 IF (idts6==0) THEN
665 DO i=1,nel
666 deltax(i)=min(deltax(i),hundred28*det(i)*smax(i))
667 ENDDO
668 ELSE
669 DO i=1,nel
670 IF (ideg(i)==0) deltax(i)=min(deltax(i),hundred28*det(i)*smax(i))
671 ENDDO
672 END IF
673C
674 IF ((impl_s >0.AND.jhbe /= 14.AND.jhbe < 20).OR.
675 . ((ismstr==10.OR.ismstr==12).AND.
676 . (icp==1.OR.icp==11.OR.mtn==99.OR.mtn==1).AND.jhbe==14)) THEN
677 DO i=1,nel
678 pxy1(i)=py1(i)
679 pxy2(i)=py2(i)
680 pxy3(i)=py3(i)
681 pxy4(i)=py4(i)
682 pxy5(i)=py5(i)
683 pxy6(i)=py6(i)
684 pxy7(i)=py7(i)
685 pxy8(i)=py8(i)
686C
687 pyx1(i)=px1(i)
688 pyx2(i)=px2(i)
689 pyx3(i)=px3(i)
690 pyx4(i)=px4(i)
691 pyx5(i)=px5(i)
692 pyx6(i)=px6(i)
693 pyx7(i)=px7(i)
694 pyx8(i)=px8(i)
695 ENDDO
696 DO i=1,nel
697 pyz1(i)=pz1(i)
698 pyz2(i)=pz2(i)
699 pyz3(i)=pz3(i)
700 pyz4(i)=pz4(i)
701 pyz5(i)=pz5(i)
702 pyz6(i)=pz6(i)
703 pyz7(i)=pz7(i)
704 pyz8(i)=pz8(i)
705C
706 pzy1(i)=py1(i)
707 pzy2(i)=py2(i)
708 pzy3(i)=py3(i)
709 pzy4(i)=py4(i)
710 pzy5(i)=py5(i)
711 pzy6(i)=py6(i)
712 pzy7(i)=py7(i)
713 pzy8(i)=py8(i)
714 ENDDO
715 DO i=1,nel
716 pxz1(i)=pz1(i)
717 pxz2(i)=pz2(i)
718 pxz3(i)=pz3(i)
719 pxz4(i)=pz4(i)
720 pxz5(i)=pz5(i)
721 pxz6(i)=pz6(i)
722 pxz7(i)=pz7(i)
723 pxz8(i)=pz8(i)
724C
725 pzx1(i)=px1(i)
726 pzx2(i)=px2(i)
727 pzx3(i)=px3(i)
728 pzx4(i)=px4(i)
729 pzx5(i)=px5(i)
730 pzx6(i)=px6(i)
731 pzx7(i)=px7(i)
732 pzx8(i)=px8(i)
733 ENDDO
734 ENDIF
735C---- debug Isolid=14+Ismstr=10+law1
736 IF ((ismstr==10.OR.ismstr==12).AND.mtn==1.AND.jhbe==14.AND.
737 . (icp/=1.AND.icp/=11)) THEN
738 DO i=1,nel
739 bxy1(i)=zero
740 bxz1(i)=zero
741 byx1(i)=zero
742 byz1(i)=zero
743 bzx1(i)=zero
744 bzy1(i)=zero
745 bxy2(i)=zero
746 bxz2(i)=zero
747 byx2(i)=zero
748 byz2(i)=zero
749 bzx2(i)=zero
750 bzy2(i)=zero
751 bxy3(i)=zero
752 bxz3(i)=zero
753 byx3(i)=zero
754 byz3(i)=zero
755 bzx3(i)=zero
756 bzy3(i)=zero
757 bxy4(i)=zero
758 bxz4(i)=zero
759 byx4(i)=zero
760 byz4(i)=zero
761 bzx4(i)=zero
762 bzy4(i)=zero
763 bxy5(i)=zero
764 bxz5(i)=zero
765 byx5(i)=zero
766 byz5(i)=zero
767 bzx5(i)=zero
768 bzy5(i)=zero
769 bxy6(i)=zero
770 bxz6(i)=zero
771 byx6(i)=zero
772 byz6(i)=zero
773 bzx6(i)=zero
774 bzy6(i)=zero
775 bxy7(i)=zero
776 bxz7(i)=zero
777 byx7(i)=zero
778 byz7(i)=zero
779 bzx7(i)=zero
780 bzy7(i)=zero
781 bxy8(i)=zero
782 bxz8(i)=zero
783 byx8(i)=zero
784 byz8(i)=zero
785 bzx8(i)=zero
786 bzy8(i)=zero
787 ENDDO
788 ENDIF
789C-----------for the imcompressible laws
790C-------|BXX BYX BZX |
791C-------|BXY BYY BZY | same than H8A
792C-------|BXZ BYZ BZZ |
793 IF (icp==11) THEN
794 DO i=1,nel
795 bxhi=third*(px1(i)-pxc1(i))
796 byhi=third*(py1(i)-pyc1(i))
797 bzhi=third*(pz1(i)-pzc1(i))
798 px1(i)=pxc1(i)+two*bxhi
799 py1(i)=pyc1(i)+two*byhi
800 pz1(i)=pzc1(i)+two*bzhi
801 bxy1(i)=-bxhi
802 bxz1(i)=-bxhi
803 byx1(i)=-byhi
804 byz1(i)=-byhi
805 bzx1(i)=-bzhi
806 bzy1(i)=-bzhi
807 ENDDO
808 DO i=1,nel
809 bxhi=third*(px2(i)-pxc2(i))
810 byhi=third*(py2(i)-pyc2(i))
811 bzhi=third*(pz2(i)-pzc2(i))
812 px2(i)=pxc2(i)+two*bxhi
813 py2(i)=pyc2(i)+two*byhi
814 pz2(i)=pzc2(i)+two*bzhi
815 bxy2(i)=-bxhi
816 bxz2(i)=-bxhi
817 byx2(i)=-byhi
818 byz2(i)=-byhi
819 bzx2(i)=-bzhi
820 bzy2(i)=-bzhi
821 ENDDO
822 DO i=1,nel
823 bxhi=third*(px3(i)-pxc3(i))
824 byhi=third*(py3(i)-pyc3(i))
825 bzhi=third*(pz3(i)-pzc3(i))
826 px3(i)=pxc3(i)+two*bxhi
827 py3(i)=pyc3(i)+two*byhi
828 pz3(i)=pzc3(i)+two*bzhi
829 bxy3(i)=-bxhi
830 bxz3(i)=-bxhi
831 byx3(i)=-byhi
832 byz3(i)=-byhi
833 bzx3(i)=-bzhi
834 bzy3(i)=-bzhi
835 ENDDO
836 DO i=1,nel
837 bxhi=third*(px4(i)-pxc4(i))
838 byhi=third*(py4(i)-pyc4(i))
839 bzhi=third*(pz4(i)-pzc4(i))
840 px4(i)=pxc4(i)+two*bxhi
841 py4(i)=pyc4(i)+two*byhi
842 pz4(i)=pzc4(i)+two*bzhi
843 bxy4(i)=-bxhi
844 bxz4(i)=-bxhi
845 byx4(i)=-byhi
846 byz4(i)=-byhi
847 bzx4(i)=-bzhi
848 bzy4(i)=-bzhi
849 ENDDO
850 DO i=1,nel
851 bxhi=third*(px5(i)+pxc3(i))
852 byhi=third*(py5(i)+pyc3(i))
853 bzhi=third*(pz5(i)+pzc3(i))
854 px5(i)=-pxc3(i)+two*bxhi
855 py5(i)=-pyc3(i)+two*byhi
856 pz5(i)=-pzc3(i)+two*bzhi
857 bxy5(i)=-bxhi
858 bxz5(i)=-bxhi
859 byx5(i)=-byhi
860 byz5(i)=-byhi
861 bzx5(i)=-bzhi
862 bzy5(i)=-bzhi
863 ENDDO
864 DO i=1,nel
865 bxhi=third*(px6(i)+pxc4(i))
866 byhi=third*(py6(i)+pyc4(i))
867 bzhi=third*(pz6(i)+pzc4(i))
868 px6(i)=-pxc4(i)+two*bxhi
869 py6(i)=-pyc4(i)+two*byhi
870 pz6(i)=-pzc4(i)+two*bzhi
871 bxy6(i)=-bxhi
872 bxz6(i)=-bxhi
873 byx6(i)=-byhi
874 byz6(i)=-byhi
875 bzx6(i)=-bzhi
876 bzy6(i)=-bzhi
877 ENDDO
878 DO i=1,nel
879 bxhi=third*(px7(i)+pxc1(i))
880 byhi=third*(py7(i)+pyc1(i))
881 bzhi=third*(pz7(i)+pzc1(i))
882 px7(i)=-pxc1(i)+two*bxhi
883 py7(i)=-pyc1(i)+two*byhi
884 pz7(i)=-pzc1(i)+two*bzhi
885 bxy7(i)=-bxhi
886 bxz7(i)=-bxhi
887 byx7(i)=-byhi
888 byz7(i)=-byhi
889 bzx7(i)=-bzhi
890 bzy7(i)=-bzhi
891 ENDDO
892 DO i=1,nel
893 bxhi=third*(px8(i)+pxc2(i))
894 byhi=third*(py8(i)+pyc2(i))
895 bzhi=third*(pz8(i)+pzc2(i))
896 px8(i)=-pxc2(i)+two*bxhi
897 py8(i)=-pyc2(i)+two*byhi
898 pz8(i)=-pzc2(i)+two*bzhi
899 bxy8(i)=-bxhi
900 bxz8(i)=-bxhi
901 byx8(i)=-byhi
902 byz8(i)=-byhi
903 bzx8(i)=-bzhi
904 bzy8(i)=-bzhi
905 ENDDO
906 ENDIF
907 2000 FORMAT(/' ZERO OR NEGATIVE SUB-VOLUME : DELETE 3D-ELEMENT NB',
908 . i10/)
909 RETURN
910 2001 FORMAT(/' ZERO OR NEGATIVE SOLID SUB-VOLUME : ELEMENT NB:',
911 . i10/)
my_real
#define my_real
Definition cppsort.cpp:32
min
#define min(a, b)
Definition macros.h:20