Piezoelectric ultrasonic-assisted precision machining (PUAPM) technology is considered to
be an efficient and environmentally friendly machining strategy by virtue of cutting force …

By imitating the behavioral characteristics of some typical animals, researchers develop
bionic step** motors to extend the working range of piezoelectric materials and utilize …

Insertion into delicate tissue, such as retina vein occlusion, cell manipulation, and
vitreoretinal injection, poses challenges to surgeons and biomedical researchers due to the …

Inertial piezoelectric actuators based on the impact principle have attracted much attention
in precision positioning applications recently. However, the control strategy that can utilize …

The stick-slip piezoelectric actuator with simple driving signal and structure is a very
promising type for achieving the high resolution and large stroke. However, as a typical …

It is difficult to obtain linear output displacements for step** piezoelectric platform due to
their discontinuous outputs. Inspired by the theory that the maximum static friction force is …

A piezoelectric platform driven by a bionic quadruped piezoelectric actuator is developed. It
uses the operating principle of combining bionic walking and swinging actuation modes to …

With simple structure and control, impact inertial piezoelectric actuators are one promising
type for precision positioning with large working stroke and high resolution. However, their …

In this article, a novel flexure-based XY platform using a bending hybrid piezoelectric
actuator was proposed, which was inspired by a classical piezoelectric stack-actuated …

Most of inchworm piezoelectric actuators suffer from complicated structures and control
systems due to the utilization of three or more piezoelectric stacks. Various approaches have …