New computational tool automates design of telescoping structures that provide compact storage and rapid deployment. Shown here: a complex telescoping lizard expands to many times its original volume, serving as a stress test of the method. Credit: Chris Yu/Carnegie Mellon University A new tool for computational design allows users to turn any 3D shape into a collapsible telescoping structure. New mathematical methods developed by researchers at Carnegie Mellon University capture the complex and diverse properties of such structures, which are valuable for a variety of applications in 3D fabrication and robotics—particularly where mechanisms must be compact in size and easily deployable. The research, "Computational Design of Telescoping Structures," led by Carnegie Mellon Professors Stelian Coros and Keenan Crane and PhD student Christopher Yu, will be presented at the annual SIGGRAPH conference, 30 July to 3 August in Los Angeles. The conference each year spotlights the
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