* fichier : rhmc_bcn.dgibi ************************************************************************ ************************************************************************ * VERTICAL MOVEMENT OF A PILE * TEST: Rounded Hyperbolic Mohr-Coulomb model * * *------------- OPCIONES GENERALES -------------------------------- * GRAPH = 'N' ; * *------------- CREACION DE LA GEOMETRIA ------------------------- * p1 = 7.5 0.; p2 = 345. 0.; p3 = 345. 5.; p4 = 7.5 5.; npoi1=1; l23 = d npoi1 p2 p3; l41 = d npoi1 p4 p1; xkk = 0.1*1.; ykk = 40.*1.; *xkk = 10.*1.; *ykk = 100.*1.; l12 = d p1 p2 dini xkk dfin ykk; l34 = d p3 p4 dini ykk dfin xkk; malla = daller l12 l23 l34 l41; * *-------------- MODELO ------------------------------------------ * E_ELAS = 1040.; NUHOR = 0.3; COHES = 1.; * 30 grados ANGFR = 0.52359878D0; MOD1 = modeli malla mecanique elastique plastique rh_coulomb; MAT1 = mater mod1 youn E_ELAS nu NUHOR cohe COHES phi ANGFR; * *-------------- MATRICES DE RIGIDEZ ----------------------------- * * *-------------- CONDICIONES DE CONTORNO ------------------------- * rig1b = rig1 et rigcont1; * rigcont2 = rigco2a et rigco2b; rigcont = rigcont1 et rigcont2; rig1 = rig1b et rigcont2; * *-------------- MOVIMIENTO IMPUESTO ----------------------------- * valor = 0.2D0; * *-------------- RESOLUCION -------------------------------------- * maxiter = 15; t0 = table; t0.MODELE = mod1; t0.CARACTERISTIQUES = mat1; t0.BLOCAGES_MECANIQUES = rigcont et rigsupe; t0.CHARGEMENT = evfut; t0.ACCELERATION = maxiter; t0.MAXITERATION = maxiter; t0.PRECISION = 1.E-10; t0.CONVERGENCE_FORCEE = faux; t0.K_TANGENT = vrai; t0.TEMPS_SAUVES = t0.TEMPS_CALCULES; t0.HYPOTHESE_DEFORMATIONS = 'LINEAIRE'; pasapas t0; * *-------------- POSTPROCESO ------------------------------------- * i = 1; repeter blocdefi imax; i=i+1; fin blocdefi; SI (NEG GRAPH 'N') ; dessin law; FINSI ; err = (aux - 4.7193694E+02)/4.7193694E+02 ; list err; SI ((ABS err) < 0.5e-5) ; SINON ; FINSI ; FIN;
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