lauermann.bison.results.quader

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Cube

Steel (e-module 210000 MN/m2, rho 7.85 Mg/m3, ny 0.3), 1.00/1.00/1.00 m3, initial-values: spherical isotropic stress with sigma,xx= sigma,yy= sigma,zz= 10 kN/m2 in cubecenter with radius 0.2 m, results after ca. 33 micro-seconds on z-plane (with x-y tangential direction) at z= 0.50 m, z= 0.60 m, z= 0.70 m and z= 0.80 m

(click the images to blow up)

z-plane at z= 0.50 m (symmetry plane):

vx (z= 0.50) (velocity in x-direction at z= 0.50 m)

vy (z= 0.50) (velocity in y-direction at z= 0.50 m)

sxx (z= 0.50) (normal stress in x-direction on x-plane at z= 0.50 m)

syy (z= 0.50) (normal stress in y-direction on y-plane at z= 0.50 m)

szz (z= 0.50) (normal stress in z-direction on z-plane at z= 0.50 m)

sxy (z= 0.50) (shear stress in x-direction on y-plane and in y-direction on x-plane at z= 0.50 m)

(click the images to blow up)

z-plane at z= 0.60 m:

vx (z= 0.60) (velocity in x-direction at z= 0.60 m)

vy (z= 0.60) (velocity in y-direction at z= 0.60 m)

vz (z= 0.60) (velocity in z-direction at z= 0.60 m)

sxx (z= 0.60) (normal stress in x-direction on x-plane at z= 0.60 m)

syy (z= 0.60) (normal stress in y-direction on y-plane at z= 0.60 m)

szz (z= 0.60) (normal stress in z-direction on z-plane at z= 0.60 m)

sxy (z= 0.60) (shear stress in x-direction on y-plane and in y-direction on x-plane at z= 0.60 m)

syz (z= 0.60) (shear stress in y-direction on z-plane and in z-direction on y-plane at z= 0.60 m)

szx (z= 0.60) (shear stress in z-direction on x-plane and in x-direction on z-plane at z= 0.60 m)

(click the images to blow up)

z-plane at z= 0.70 m:

vx (z= 0.70) (velocity in x-direction at z= 0.70 m)

vy (z= 0.70) (velocity in y-direction at z= 0.70 m)

vz (z= 0.70) (velocity in z-direction at z= 0.70 m)

sxx (z= 0.70) (normal stress in x-direction on x-plane at z= 0.70 m)

syy (z= 0.70) (normal stress in y-direction on y-plane at z= 0.70 m)

szz (z= 0.70) (normal stress in z-direction on z-plane at z= 0.70 m)

sxy (z= 0.70) (shear stress in x-direction on y-plane and in y-direction on x-plane at z= 0.70 m)

syz (z= 0.70) (shear stress in y-direction on z-plane and in z-direction on y-plane at z= 0.70 m)

szx (z= 0.70) (shear stress in z-direction on x-plane and in x-direction on z-plane at z= 0.70 m)

(click the images to blow up)

z-plane at z= 0.80 m:

vx (z=0.80) (velocity in x-direction at z= 0.80 m)

vy (z=0.80) (velocity in y-direction at z= 0.80 m)

vz (z=0.80) (velocity in z-direction at z= 0.80 m)

sxx (z=0.80) (normal stress in x-direction on x-plane at z= 0.80 m)

syy (z=0.80) (normal stress in y-direction on y-plane at z= 0.80 m)

szz (z=0.80) (normal stress in z-direction on z-plane at z= 0.80 m)

sxy (z=0.80) (shear stress in x-direction on y-plane and in y-direction on x-plane at z= 0.80 m)

syz (z=0.80) (shear stress in y-direction on z-plane and in z-direction on y-plane at z= 0.80 m)

szx (z=0.80) (shear stress in z-direction on x-plane and in x-direction on z-plane at z= 0.80 m)