In this paper, we developed two dimensional and three dimensional boundary element
method (BEM) to compute hydrodynamic forces due to the oscillation of non-uniform beam …

Linear mass or gas micro-sensors are based on detecting a shift in the response frequency
as associated with the deposited mass. To enhance the sensitivity of these sensors, it has …

Measurement of larger analytes such as many chemical and biological structures or viruses
in gigadalton (GDa) range is a reminding fundamental task in analytical chemistry and life …

The detection of multiple particles has been mainly studied by examining the flexural
vibration properties of a one-dimensional Euler-Bernoulli beam under the assumption that …

Investigating the relative sensitivity of nano-mechanical cantilever resonators to variations in
stiffness and mass caused by adsorbates is essential. The analysis helps improve accuracy …

The squeeze film effect has a significant impact on the performance of micro-resonators
when utilizing the electrostatic excitation and capacitive detection technique, due to the …

Detection sensitivity is one of the essential indices for nano-resonator-based sensing.
Multiple mechanisms, such as the counteractive effects of mass and stiffness, have been …

The mechanical properties of nanostructures, particularly Young's modulus and residual
stress, exert significant influence on the performance and reliability of nanomechanical …

4 Mass Resonator Sensor Page 128 4 Mass Resonator Sensor CONTENTS and Its Inverse
Problems Yin Zhang 4.1 The Working and Design Principles of a Mass Resonator Sensor …

A mass resonator sensor is capable of detecting the shifts of resonant frequencies induced
by an adsorbate with the mass less than a Dalton, or say the mass of proton. Before a mass …