A wireless stress mapping system for the development of “smart brackets” is presented. The
system is designed for monitoring the forces and moments applied to individual teeth during …

We propose silicon solar cell–integrated stress and temperature sensors as a new approach
for the stress and temperature measurement in photovoltaic (PV) modules. The solar cell …

Tooth movement in orthodontic therapy is achieved by application of forces and moments to
individual teeth. For lack of properly sized force/moment transducers (FMTs), the …

Though an understanding on the development of residual stresses in silicon device after
chip level packaging processes has been investigated in previous studies, little is known …

Integrating sensors within a complete readout system on a single die has become essential
to the More-than-Moore philosophy. Mechanical stress, as one of the physical quantities of …

The Wheatstone bridge configuration of sensing elements is often used in stress
measurements due to its simple architecture and relatively high linearity and sensitivity …

The micro-gyroscope performance has improved throughout the years as a result of
extensive research, and advancements in fabrication technologies and readout electronics …

This work presents a densely packed sensor array for high speed localized mechanical
stress measurement. A direct digitization approach is used, which embeds shear (S) and …

A large piezoelectric effect in the c-axis of Zinc Oxide (ZnO) nanorods (NRs) which are
vertically aligned to the gate of an nMOSFET is demonstrated. A controlled mechanical …

This paper presents a novel method to operate Wheatstone bridges of piezoresistive field
effect transistors (FETs) as stress sensors. Such structures consist of a square arrangement …