Abstract
The Designs Travel Award for 2018 has been granted to Mr. David Schmelzeisen, a PhD student from Institut für Textiltechnik (ITA), RWTH Aachen University, Aachen, Germany. [...]
Highlights
Material models were chosen for the substrates, and tensile tests were used to characterize the textile and stiffeners
More complicated grids were created and modeled to demonstrate the usefulness of the model for the design of 4D textiles. The behavior of this system depends, amongst other things, on the adhesion between the textile and the printed polymer. Does this dictate the static strength of the system, but it is key to future studies of durability and reliability, as the structure undergoes multiple transitions from one metastable state to another
Stephan Wensveen from TU Eindhoven, the Netherlands, a method for the design of 4D textile structures has been developed based on design thinking, reflective transformative design and smart textile services design, and the construction methodology by Pahl/Beitz
Summary
HHaammiidd RReezzaa KKaarriimmii ID Department of Mechanical Engineering, Politecnico di Milano, via La Masa 1, 20156 Italy; hDaempaidrtrmezean.kt aorfimMie@chpaonliimcai.litEngineering, Politecnico di Milano, via La Masa 1, 20156 Wenejoeynejodyaedlaarglaergneunmubmerbeorf ovfevryeryhihgihglhylymmereirtoitroiroiuosusapappplilciacatitoionnssfoforroouurr TTrraavveell AAwwaarrdd aanndd iitt wwaass nnoott aann eeaassyy ttaasskk ttoosseelleecctttthheettooppccaannddiiddaattee.. OOnn bbeehhaallff ooff tthhee EEddiittoorrss ooff DDeessiiggnnss,, II aamm pplleeaasseedd ttoo aannnnoouunnccee tthhaatt tthhee iinnaauugguurraall DDeessiiggnnss TTrraavveell AAwwaarrdd ffoorr 22001188 hhaass bbeeeenn ggrraanntteedd ttoo MMrr..
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