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Previously, we reported on a tissue-engineered ACL scaffold fabricated using a novel, three-dimensional braiding technology.
This graft system is based on polymeric fibers of polylactide-co-glycolide 10 90, and it was fabricated using a novel, three-dimensional braiding technology.
The multi-chain digital element approach is used for the simulation of the two-dimensional weaving and three-dimensional braiding processes.
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It was shown that profile-shaped three-dimensional braids can be designed and virtually braided using the Cartesian braiding process.
Slicing the sheets into thin ribbons that can be spooled into threads makes it possible to use automated weaving and braiding machines to create three-dimensional structures that do not require fusing.
Both two-dimensional (2D) and three-dimensional (3D) braided architectures can be fabricated in many ways, such as two-step or four-step method of rectangular braiding, tri-axial braiding, circular braiding, and other displacement braiding techniques (Bilisik 2012).
Three-dimensional (3D) braided preforms are very versatile forms of textile reinforcement for composite structures.
Create three-dimensional characters.
Three-dimensional computation visualization.
Three-dimensional graph drawing.
Three-Dimensional Coordinate Systems.
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