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We creates prototypes to explore six different building strategies using advanced shape changing materials (dielectric electro active polymers and shape memory alloys). By comparing their shape resolution, we generate insights to help designers toward creating high shape resolution Morphees. MORPHEES: TOWARD HIGH "SHAPE RESOLUTION" IN SELF- ACTUATED FLEXIBLE MOBILE DEVICES Anne Roudaut, Abhijit Karnik, Marcus Löchtefeld, Sriram Subramanian "SHAPE RESOLUTION" IN 10 FEATURES Morphees are self-actuated flexible mobile devices that adapt their shapes on their own, e.g. turning into a console when users are playing.

MORPHEES: TOWARD HIGH SHAPE RESOLUTION IN SELF- ACTUATED ...€¦ · high shape resolution Morphees. MORPHEES: TOWARD HIGH "SHAPE RESOLUTION" IN SELF- ACTUATED FLEXIBLE MOBILE DEVICES

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Page 1: MORPHEES: TOWARD HIGH SHAPE RESOLUTION IN SELF- ACTUATED ...€¦ · high shape resolution Morphees. MORPHEES: TOWARD HIGH "SHAPE RESOLUTION" IN SELF- ACTUATED FLEXIBLE MOBILE DEVICES

We creates prototypes to explore six different building strategies using advanced shape changing materials (dielectric electro active polymers and shape memory alloys). By comparing their shape resolution, we generate insights to help designers toward creating high shape resolution Morphees.

MORPHEES: TOWARD HIGH "SHAPE RESOLUTION" IN SELF- ACTUATED FLEXIBLE MOBILE DEVICESAnne Roudaut, Abhijit Karnik, Marcus Löchtefeld, Sriram Subramanian

"SHAPE RESOLUTION" IN 10 FEATURES

Morphees are self-actuated flexible mobile devices that adapt their shapes on their own, e.g. turning into a console when users are playing.