We present here a numerical calculation for sensitivity comparison of single-and bimodal-
excitation of micro-cantilever (owing rectangular shape) on the measurement of static …

In this current work, a new nonlinear dynamic model based on the forced Van der Pol
oscillator is introduced to demonstrate the time-domain sensitivities of the micro-cantilever to …

Light absorption induced thermoelastic and photoacoustic excitation, combined with laser
Doppler vibrometry, was utilized to analyze the dynamic mechanical behavior of a …

We present a detailed analysis on measurement sensitivity of dynamic acoustic forces via
numerical simulation of the micro-cantilever responses. The rectangular micro-cantilever is …

We develop a theoretical framework describing numerical approach to explore dynamic
acoustic force sensitivity using micro-cantilever array in monomodal and bimodal …

Laser excitation based on the thermoelastic principle is effective for micro-scale actuation,
enabled energy conversion from optical to mechanical. The major advantages lie in non …

The dynamic response behavior of red blood cells holds the key to understanding red blood
cell related diseases. In this regard, an understanding of the physiological functions of …

Laser thermoelastic actuation is widely used in micro-actuation fields, such as MEMS and
MOEMS. The advantage lies in non-contact, non-destructive, easy integration, and mobility …

Core–shell nanostructures are widely used, and their photoacoustic (PA) properties are
important for applications. However, the relations between their structural parameters and …

Bu makalede geniş bir frekans aralığındaki akustik kuvvetlere karşı genlik duyarlılıklarını
incelemek için hesaplamalı bir araştırma sunmaktayız. Dinamik akustik kuvvetlerin …