With increasing challenges towards continued scaling and improvement in performance
faced by electronic computing, mechanical computing has started to attract growing …

As transistors are reaching their fundamental limits in terms of power consumption,
miniaturization, and heat generation, there is an imminent need to develop alternate …

Nanoresonators are powerful and versatile tools promising to revolutionize a wide range of
technological areas by delivering unparalleled performance in physical, chemical, biological …

Following increasing interest in electrostatic actuation of curved beams via curved
electrodes, a rigorous limit point and bifurcation analyses are carried out to view how the …

A limit point behaviour of a metastructure, composed of two double clamped, initially curved
beams, coupled via a rigid truss at their respective centres, is studied when subjected to a …

The symmetric snap-through response of a bistable structure, composed from two beams,
coupled via a rigid truss at their midpoint, is studied when subjected to a distributed …

Nanomechanical computers promise robust, low-energy information processing; however, to
date, electronics have generally been required to drive gates, and logical operations have …

A stability study of electrostatically actuated micro-meta-structure (MMS), composed of two
double clamped, initially curved micro beams and coupled via a rigid truss at their respective …

Over the last few decades, reversible logic has sparked the interest of a large number of
researchers, particularly because of its potential application in quantum computing. To …

Following increasing interest in electrostatic actuation of curved beams via curved
electrodes. A rigorous limit point analysis is carried out to view how the beam reacts as a …