Deformation of 2-d Logo - 2
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The setup is same as in the first Logo example except the boundary condition.
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Boundary condition
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We apply body force along horizontal axis on whole material domain.
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Force is given by $f_x(x,y,t) = f t sin(n\pi x/L_x)$ where
n = 3
andf = 1.5E+09
. -
We apply body force along vertical axis on whole material domain.
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Force is given by $f_y(x,y,t) = f t sin(n\pi y/L_y)$ where
n = 2
andf = 1.5E+09
.
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We specify
Displacement
,Velocity
,Force
andDamage_Z
as output candidates.
Mesh
We obtain mesh using Gmsh
library with mesh size h = 0.025
.
Results
We show damage plot at time t = 0.008, 0.009, 0.01 seconds
.
Video of simulation: