Inflatable advertising balloon "TIGER"

The modified finite element method used in program MONSTR-2.2 works successfully with unmatched meshes. As a result, it is possible to deal with cutting patterns as with the details-macroelements having arbitrary independent meshes stitching them automatically.

desirable Tiger shape      ... and resulting shape

The first 3D-shape was used to get plane cutting patterns (~90 details) and the second one is the shape of inflated 6m TIGER under 1000N/sq.m pressure predicted by MONSTR-2.2. Despite the second tiger got too stout, it is still recognizable.
    The program MONSTR-2.2 has effective user-friendly means to work with complex 3-dimensional mesh.Tiger - computing independent mesh

   The tail and ears are not shown here.

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