Case Study

Developing morphing wing and tail elements

Developing morphing wing and tail elements

Pages 4 Pages

CUSTOMERS PAGE 28 New knowledge in materials sciences and the continuous improvement of sensor networks open up new possibilities for adaptive aircraft technologies. At the University of Michigan, MicroLabBox plays a crucial role in testing these new designs with regard to data recording, actuator control, and the coordination of the experiments. Developing morphing wing and tail elements Fly Like Bird a dSPACE Magazine 1/2017 · © dSPACE GmbH, Paderborn, Germany · info@dspace.com · www.dspace.comPAGE 29 hen developing morph- ing aircraft technologies, the Adaptive, Intelligent, W >> UNIVERSITY OF MICHIGAN Multifunctional Structures (AIMS) Lab at the University of Michigan frequently takes its inspiration from nature. Contrary to modern-day air- craft with their mostly stiff

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