Abstract pattern of dark metal geometric panels

New Release - DFCA Ver. 4.1

K-State Innovation Partners announces the release of DFCA Version 4.1.

Referring to Figure 1. and Figure 2., DFCA Version 4.0 and 4.1 incorporate two new functions which can be applied to:

  • Determine micro-geometries of rectangular braided fabrics.
  • Determine micro-geometries of tubular braided fabrics.
  • Generate conformal FE meshes for rectangular braided fabric reinforced composites.
  • Generate conformal FE meshes for tubular braided fabric reinforced composites.
  • Generate conformal FE meshes for sheared composite cells.
  • Generate conformal FE meshes for multi-layer composite.

Figure 1. Micro-geometry and conformal mesh for braided composites

Colorful molecular surface model of a membrane proteinGreen filament bundle with colorful clustered molecular structure
Rectangular braided fabric micro-geometry
Colorful braided torus ring on white backgroundAbstract green textured sphere with colorful stitched accents
Tubular braided fabric micro-geometry
Vertical grid showing overlapping multicolored circlesGray stacked slab with colorful cylindrical side components
FE Mesh for rectangular braided composite
Colorful segmented circular mesh ring diagramFinite element mesh of cylindrical structure with colored ring segments
FE Mesh for rectangular braided composite
Colored mesh model of a vertical carbon nanotubeColor-coded 3D mesh simulation of stacked folded fabric layers
FE Mesh for rectangular braided composite yarns
Colorful woven circular ring with mesh patternMulticolored 3D mesh of tangled tubular strands
FE Mesh for tubular braided composite yarns

Figure 2. FE Mesh for Sheared unit cell and multi-layer composite unit cell

Woven yellow fabric diagram with magnified textile structure inset
Sheared unit cell mesh
Colored finite element mesh of a layered car body structure
Multi-layer (two layer) composite unit cell mesh
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