def main(args):
# -----Global variables--------
k = [37.0e09, 25.0e09, 123.0e09] # Pa
g = [44.0e09, 9.4e09, 51.0e09] # Pa
f = [0.8, 0.19, 0.01] # Mineral fraccion
rho = [2650.0, 2550.0, 3960.0]
phiC = 0.4001 # critical porosity
n = 20.0 - 34.0 * phiC + 14.0 * pow(phiC, 2)
n *= 1.3
print(n)
# -------Elastic Media------------
em = ElasticMedia()
ks = em.hillAverage(k, f)
gs = em.hillAverage(g, f)
prs = ep.poisson(ks, gs)
prc = ep.poisson(k[1], g[1])
mc = ep.M_value(k[1], g[1])
# --------Elastic Modeling---------
p = arange(3.5e06, 17.5e06, 1.0e06)
phi = arange(0.0001, 0.4001, 0.001)
"""Hertz mindlin"""
gm = GranularMedia(n, phiC, gs, prs, p)
khm = gm.applyKhm()
ghm = gm.applyGhm()
zhm = gm.applyZhm()
z = gm.applyZ()
"""Modified lower Hashin-Shtrikman bound"""
"""Modified upper Hashin-Shtrikman bound"""
CO2 = arange(0.0, 1.0, 0.1)
Rhoqz = 2650 #Pa Rhoclay = 2550 #Pa clayVol = 0.12 # 0.12 #= Clay proportion Paluxy con mucho clay sidVol = 0.015 # 0.1 Ks = ha.Ksget(Kqz, Kclay, Ksid, clayVol,sidVol) Gs = ha.Ksget(Gqz, Gclay, Ksid, clayVol,sidVol) Rhos = 2632 # 2632 for Paluxy dirty em.Ksget(Rhoqz, Rhoclay, clayVol) PRs = ep.poisson(Ks,Gs) PRc = ep.poisson(Kc,Gc) Mc = ep.M_value(Kc,Gc) ''' Herts-Mindlin endpoint ''' phi_c = 0.4001 # Critical porosity, hard coded #phi_c = 0.36010 # Critical porosity, hard coded ''' Relation between cordination number and porosity input parameter in Herts-Mindlin model and
Rhoqz = 2650 #Pa Rhoclay = 2550 #Pa clayVol = 0.17 # 0.12 #= Clay proportion Paluxy con mucho clay sidVol = 0.01 # 0.1 Ks = ha.Ksget(Kqz, Kclay, Ksid, clayVol, sidVol) Gs = ha.Ksget(Gqz, Gclay, Ksid, clayVol, sidVol) Rhos = 2632 # 2632 for Paluxy dirty em.Ksget(Rhoqz, Rhoclay, clayVol) PRs = ep.poisson(Ks, Gs) PRc = ep.poisson(Kc, Gc) Mc = ep.M_value(Kc, Gc) ''' Herts-Mindlin endpoint ''' phi_c = 0.4001 # Critical porosity, hard coded #phi_c = 0.36010 # Critical porosity, hard coded ''' Relation between cordination number and porosity input parameter in Herts-Mindlin model and contact dement model ###VERY IMPORTANT##### '''
