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 …

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 …

Out-of-plane vibrations of a cantilevered micro-plate attached with a particle are analyzed by
using the Rayleigh-Ritz method with deflection functions as the product of mode shapes of …

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

The free vibration of circular diaphragms subjected to in-plane tensile biaxial stress while in
contact with a fluid is analyzed using the Rayleigh-Ritz method, in which the linear …

We present a theoretical investigation on the dynamic characteristics of a nanomechanical
resonator attached with an adsorbate at an arbitrary position. Cantilevered and bridged …

The dynamic response of micro-diaphragms vibrating in contact with the surrounding air is of
great interest in numerical applications in transducing, sensing and physical measurements …

为了进一步提高传感器的检测精度, 对不同位置处吸附微粒的纳米机械传感器的振动特性进行了
系统的理论研究. 以典型的微悬空桥结构为研究对象, 考虑微粒自身质量影响, 利用摄动法理论 …

In the emergency case when the elevator car is over speeding in the downward direction,
the traction car will be stopped rapidly by the braking of safety gear. However, the …