A magnetic tuning mechanism to compensate for the frequency ratio deviation in coupled
resonators is proposed in this article for fulfilling the potential of nonlinear internal …

A stainless steel resonant pressure sensor with a new design is proposed with piezoelectric
excitation and detection. The sensor consists of a sensing diaphragm, inclined trusses …

A novel magneto-rheological fluid based actuator (MR actuator in short) is proposed for the
micro level motion control application. The proposed MR actuator is working based on the …

A new approach to measure the field-dependent yield stress of magnetorheological (MR)
fluids in squeeze mode using the resonance concept is proposed. The measurement system …

To realize the noncontact gap measurement based on eddy current effect when the object is
not conductive, we fabricate a film made of conductive polymer composite and cover it on …

A laser-ultrasonic testing system was built for the purpose of liquid core detection of a
moving and inaccessible continuous casting slab. Reflected waves from different solid …

A new technique to measure the magnetic flux density based on the resonance principle
using magneto-rheological (MR) fluid is proposed in this paper. The magnetic field sensor is …

A new approach to measure the direct current (dc) using magnetorheological (MR) fluids
with a resonance concept is proposed in this work. The current measurement system is …

Simple self-sensing electronics for a piezoelectric actuator which uses a potential dividing
concept is proposed for a resonance-based mass sensor. The analytical model of the self …

This article presents the state-of-the-art sensors design based on magneto-rheological (MR)
fluid. In smart materials, the magneto-rheological fluid is one of the prominent material …