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Co-Creation-Planet as Learning Platform, created during the EU-funded project "Textile engineering for co-creation paradigms in education"

Melis Örnekoglu Selcuk presents the T-Crepe Platform, developed during the EU-funded project "Textile Engineering for co-creation paradigms in education". Web Page t-crepe.eu

Created in the frame of the EU-funded Project "Textile Engineering for co-creation paradigms in Education". Presenter: Melis Örnekoglu Selcuk. Webpage: t-crepe.eu

Short introduction in the Co-Creation Planet, based on the Erasmus ‘T-CREPE’ project www.t-crepe.eu/ Project Ref.: 612641-EPP-1-2019-1-BE-EPPKA2-KA Textile Engineering for Co-creation Paradigms in Education

T-Beams can be considered as 3 connected flat braids. The Texmind Braiding Machine simulation software allows custome placement of the horn gears. Do not forget, that the end of the flat braids needs one slot more. Adjust the orientations and rotation directions of the gears and place the carriers. If everything is correct the simulation shows 3D view of the future product.

This video shows the basic steps of the preparation of 2D drawings and 3D simulations of warp knitted structures with the software TexMind Warp Knitting Editor

The computer controlled braiding machines make possible to create profiles with different cross sections. This complex planing process is demonstrated with numerical simulation using the software Braiding Machine Configurator

This video explains the three mainly used carrier arrangements for the production of tubular ropes, stents and other braids. The simulations are created with the software TexMind Braiding Machine Configurator.

First steps in creation your braiding machine with using spezialised simulation software TexMind Braiding Machine Configurator. The video demonstrates how to place the horn gears, adjust their positions and rotation direction, how to place carriers and check if they have colisison. Finally, colour changes, 3D view of the virtual braid and animation of the process are possible.

This video demonstrate how to create different types of flat braids with the software TexMind Braider

How to create special braid with 24 strangs and floating lengt of 4 with TexMind Braider

How to create 3D geometry of tubular braids with different structure? How to arrange the colours. With TexMind Braided Standard these operations can be done for a few seconds and you can use the result as a high quality picture or as 3D file (STL or VRML) for CAD or FEM

This short presentation demonstrates how to draw lapping movement drawings for warp knitting pattern with the Starter Edition of the TexMind Warp Knitting Pattern Painter. For more information see www.texmind.com