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A mathematical model is developed to predict the braid pattern (by braiding process) on arbitrary-shaped mandrels considering braiding process parameters.
The approach is used first to determine the unknown initial configuration of the rope, starting from an arbitrary configuration and using contact interactions together with information from the selected braid pattern, to determine the braided structure as the solution of a mechanical equilibrium.
The new model is implemented to simulate the braid pattern on a conical and a rectangular, acentric mandrel.
These hybrid composite wires offer opportunities to tailor their mechanical properties by varying the geometrical (e.g. rod diameter, packing) and processing parameters (e.g. material selection, braid pattern) involved.
This model includes basic requirements for the braid pattern to be formed, i.e., the braid pattern is formed at a point on the mandrel surface where the line running from the braid point to the yarn carrier on the braiding bed is tangent to the mandrel surface.
The minimum path condition requires that the braid pattern be formed at a point on the mandrel surface where the total length of the braiding yarn hanging over from the previous braiding point to the yarn carrier is minimized.
Similar(50)
Braid patterns are classified by the number of yarns which pass over and under each other.
The sixth reach has a depositional multithalweg valley floor often with a braiding pattern.
Another idea involving old T-shirts, but this one has a more complicated braiding pattern.
Repeat this braiding pattern three or four times.
Start braiding these three pieces in the traditional braiding pattern; cross the right-most section over the middle section, then cross the left-most section over the middle section, back and forth.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com