The Electrochemical Cycling of Silicon-coated Nano-architected Lattices

 The Electrochemical Cycling of Silicon-coated Nano-architected Lattices

The Electrochemical Cycling of Silicon-coated Nano-architected Lattices. During cycling the silicon undergoes large chemically-induced deformations which are accommodated through buckling of the beams. The various modes of buckling are controlled by initial imperfections which can be captured with the simulation tools developed in the M3Lab.

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College of Engineering, School of Aerospace Engineering

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Keywords
Claudio Di Leo, M3Lab, aerospace engineering
Status
  • Created By: Kathleen Moore
  • Workflow Status: Published
  • Created On: Jun 7, 2020 - 8:36pm
  • Last Updated: Jun 7, 2020 - 8:36pm