Study of Electro-mechanical Actuation in Designed Micro-interfaces

Load bearing capability of a multilayered structure demonstrated conjugative role of hybrid constituents including carbon nanotubes. The parametric evaluation of multi effects on actuation mechanism of designed materials is being explored. Mechanical motion of nanoscale objects has drawn tremendous interest in various fields like MEMS based devices for efficient ultrahigh actuation, tools for atomic manipulation, precise motion control in systems. Energy efficient tools etc. Our approach on developing opto-electronic actuators from carbon nanotubes has demonstrated vast variety of applications through the implementation of novel approaches to enhance actuation.

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