Piezoelectric vibration control holds the advantages of lightweight and anti-electromagnetic
interference, and has broad application prospects in fields such as aerospace and …

Loss of a lower limb below the knee, ie, transtibial limb loss, and subsequently walking with
a prosthesis, is generally thought to increase the metabolic cost of walking vs. able-bodied …

Due to the low stiffness of workpieces, chattering easily occurs during robotic polishing
operations and leads to poor surface quality and reduced machining accuracy. In this work …

Mechanical vibrations adversely affect mechanical components, and in the worst case, lead
to serious accidents by breaking themselves. To suppress vibrations, various studies have …

In recent years, significant improvements in the design of leg blade prosthetics have been
carried out. After several advances in material and topological optimisations, sport-purpose …

Piezoelectric transducers are widely employed in vibration control and energy harvesting.
The effective electro-mechanical coupling of a piezoelectric system is related to the inherent …

The vibrational response of epoxy-A is evaluated as a function of a mixture of boron nitride
nanotubes and hexagonal boron nitride (BNNT/h-BN) concentration and aging. This study …

Negative capacitance can lead to advantages in piezoelectric based passive vibration
suppression system using inductive shunting. However, the optimal amplifier (op-amp) as …

Disturbed vibration control of spacecraft holds great significance, and piezoelectric smart
structure has become an essential research hotspot with the advantages of fast response …