Author(s)

Shengxin Guo, Wanting Zhou and Ran Liu

Corresponding Author

Ran Liu

ABSTRACT

In this paper, deformable structures used for stretchable biomedical flexible electrode are designed. The presented cross curves in the deformable structures promote the reliability of the flexible electrode. To show the strain distribution of the structures when stretched, three-dimensional FEM analysis models are established. The FEM analysis results illustrate that the designed structures can be stretched to 20% with the maximum principal strain less than 0.3% which adapt to the deformation of the skin.

KEYWORDS

Deformable structure, flexible electrode, FEM analysis