def setUp(self):
m = TransverseIsotropicPlyMaterial(name='IMA_M21E_MG',
E11=154000.,
E22=8500.,
G12=4200.,
nu12=0.35,
t=0.127,
a11t=0.15e-6,
a22t=28.7e-6,
F11t=2000.,
F11c=1000.,
F22t=50.,
F22c=200.,
F12s=100.)
sseq1 = [(a, m) for a in [-30, 90, 30, -30, 30, 30, -30, 30, 90, -30]]
sseq2 = [(a, m) for a in [45, -45, 0, 90, 90, 0, -45, 45]]
self.lam1 = MembraneLaminate(sseq1)
self.lam2 = MembraneLaminate(sseq2)
def setUp(self):
m = TransverseIsotropicPlyMaterial(name='IMA_M21E_MG',
E11=154000.,
E22=8500.,
G12=4200.,
nu12=0.35,
t=0.127,
a11t=0.15e-6,
a22t=28.7e-6,
F11t=2000.,
F11c=1000.,
F22t=50.,
F22c=200.,
F12s=100.)
#sseq = [(a, m) for a in [45,-45,0,90,0,90,0,-45,45]]
sseq = [(a, m) for a in [-30, 90, 30, -30, 30, 30, -30, 30, 90, -30]]
#self.lam = Laminate(sseq)
self.mlam = MembraneLaminate(sseq)
#self.load6 = np.array([-100,-50,34,-21,56,63])
self.load3 = np.array([100, 0, 0])
self.dtemp = 0
def setUp(self):
lam = MembraneLaminate([(0, mat)])
self.psa = PlainStrengthAnalysisA(lam, criterion)