Three-dimensional fabrication of smart actuators: design applications

Walters, P. and Rossiter, J. (2008) Three-dimensional fabrication of smart actuators: design applications. In: (2008) NIP24: International Conference on Digital Printing Technologies and Digital Fabrication 2008, Pittsburgh, Pennsylvania, USA. (Volume) Society for Imaging Science and Technology. ISBN 978-0-89208-279-7

[img]
Preview
PDF - Accepted Version
718kB

Publisher's URL: http://www.imaging.org/ScriptContent/store/physpub...

Abstract

A conference paper presented at the NIP24: International Conference on Digital Printing Technologies and Digital Fabrication 2008, September 2008, Pittsburgh, Pennsylvania, USA. This paper describes the design and digital fabrication of a series of “smart” devices which exhibit changes in shape and/or surface texture in response to external stimuli. Such stimuli include changes in temperature, pressure, or the application of electric current. Smart shape-changing devices which exhibit dynamic visual and tactile characteristics may in future be incorporated into the design of interactive products and systems, providing a new multi-sensory dimension in the communication of information to product users. Working devices employing shape memory alloy, electroactive polymer and bio-actuation technologies are presented. These have been fabricated through a combination of laser cutting, photopolymer jetting (3D printing system by Objet Geometries Ltd), and vacuum casting of silicone rubber. Here the use of soft, compliant materials has enabled the realization of devices with novel tactile qualities. Possible functional and aesthetic applications for such devices will include product interfaces which respond to users and/or changes in their environment. The paper reports on an interdisciplinary investigation which brings together design, smart materials and digital fabrication technologies. Implications of the research are identified within the area of multi-sensory product interface design.

Item Type:Book Section
Additional Information:Reprinted with permission of IS&T: The Society for Imaging Science and Technology sole copyright owners of IS&T’s NIP24: International Conference on Digital Printing Technologies Proceedings.
Uncontrolled Keywords:shape, surface texture, smart materials, shape memory alloy, electroactive polymer, bio-actuation technologies, Bristol Robotics Laboratory
Faculty/Department:Faculty of Arts, Creative Industries and Education
ID Code:7708
Deposited By: J. Montgomery
Deposited On:22 Apr 2010 13:41
Last Modified:13 Aug 2013 16:39

Request a change to this item

Total Document Downloads in Past 12 Months

Document Downloads

Total Document Downloads

More statistics for this item...
Copyright 2013 © UWE better together