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Re-Thinking of Fashion in Research and Artist collaborating development for Urban Manufacturing

CORDIS provides links to public deliverables and publications of HORIZON projects.

Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .

Deliverables

Mapping “e-Textile Ecosystem and Network” Report (opens in new window)

This deliverable will describe the concept of a sustainable ecosystem of electronic and textiles technologies and networks for urban fashion manufacturing including desktop research on e-textile facilities for urban fashion manufacturing, research on state of the art technologies, mapping of other e-textile networks and providing a state of the art profiles on relevant technologies and network on WP7 platform.

Co. Research Guidelines (opens in new window)

This deliverable will be a guideline and process for the hub managers on executing the Co. Research projects including templates for agreements, meetings, description of the processes and administrative guidelines (working contracts etc.).

Training Concept (opens in new window)

This deliverable will be the description of guidelines for collaboration trainings for implementation in the hubs.

Roadmap of laser-marking of fashion textile and non-textile materials (opens in new window)

Roadmap for each specific textilenontextile fashion good in order to provide useful information to further endusers of laser technology about how a specific good must be processed by laser technology

Tech/ Art Transfer Toolbox (opens in new window)

This deliverable will be the description of a concept for Tech Art Transfer for Hub managements including research on relevant tech art transfer tools methods and formats and the development of a toolbox

Guideline for eco-design process for the creation of environmental friendly artworks (opens in new window)

Guidelines and description for eco-design processes for the creation of environmental friendly artworks as support for researchers and artists.

"Mapping “Additive Manufacturing Ecosystem and Network"" Report" (opens in new window)

This deliverable will describe the concept of a sustainable ecosystem of additive manufacturing technologies and networks for urban fashion manufacturing including desktop research on additive manufacturing facilities research on state of the art technologies mapping of other additive manufacturing networks and providing a state of the art profiles on relevant technologies and network on WP7 platform

Roadmap of short series for fashion purposes nebulized and laser-marked (opens in new window)

Finalization of the roadmap for short series for fashion purposes including extra steps like washing waterbased enzymatic etc or cleaning eg by ozone for definition of a suitable final performance of the fashion goods

Art&Tech Collaboration Final Report (opens in new window)

Report about the ArtTech Collaboration in WP4 5 and 6 There will have been 2 ArtTech transfer events and trainings in each hub local collaboration facilitators if needed An evaluation of the collaboration work will be provided

Final version of four E-textile artworks and two eco-designed art-works (opens in new window)

Demonstration of etextile artworks resulting from the work of artists from challenge 46 in the second round of the etextile hub

First version of four E-textile artworks and two eco-designed art-works (opens in new window)

Demonstration of e-textile artworks resulting from the work of artists from challenge 4-6 in the first round of the “e-textile hub”.

Optimized material applications prototypes (opens in new window)

Demonstration of two art work prototypes using new optimized materials which have been optimized for polyjet printing and exhibit optimal compatibility with support material print heads and skin The new materials show enhanced properties for fashion or accessories due to elasticity skin compatibility or mechanical stability

First printed prototypes fabricated by using optimized software (opens in new window)

Demonstrator or prototype of a fashion art object created with the help of a developed software for facilitating the creation of 3D objects with a polyjet printer

Final printed prototypes fabricated by using optimized software (opens in new window)

Demonstrator or prototype of a fashion art object from the 2nd round created with the help of the further optimized software for digital body shaping or creation of 3D objects with a polyjet printer

Final Call structure and launch of call for first round (opens in new window)

The artist calls for the first challenge round will be announced on different websites, in press releases and social media.

Tech Demos and Community building (opens in new window)

Fotos of past events and announcements of future networking activities on events and conferences on the Open Innovation Platform WIB will set up a network scheme for the ReFREAM project and the available resources and make it available on the project website

Technology roadmap on platform (opens in new window)

Set up of a sustainable roadmap of the art inspired technology development in fashion out of the collected roadmaps from WP 456 and a respective desk top research

Online Toolbox (opens in new window)

Online toolbox for urban manufacturing which is built up during the project will be available on the platform The toolbox shall give an overview and summarize the technologies for urban manufacturing from WP4 5 and 6 set up a new Technology Value Chain and build up a collection of open innovation resources and demonstrate technology through good practice examples by the ReFREAM project

Online exchange platform up and running (opens in new window)

Finalizing the setting up the online exchange platform as running webpage. The platform will be already filled with the first inputs from WP4 (Additive Manufacturing), 5 (e-Textile) and 6 (Sustainable Finishing) and description of running projects.

Publications

Investigation of the Mechanical and Electrical Properties of Elastic Textile/Polymer Composites for Stretchable Electronics at Quasi-Static or Cyclic Mechanical Loads (opens in new window)

Author(s): Dils, Werft, Walter, Zwanzig, von Krshiwoblozki, Schneider-Ramelow
Published in: Materials, Issue 12/21, 2019, Page(s) 3599, ISSN 1996-1944
Publisher: MDPI Open Access Publishing
DOI: 10.3390/ma12213599

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