Flexure hinges hold several advantages over classical rotation joints, including no friction
losses, no need for lubrication, no hysteresis, compactness, capacity to be utilized in small …

In order to further understand the characteristics of displacement amplification of bridge-type
mechanism, specific analysis is presented in this paper. The average ideal displacement …

To achieve high work performance for compliant mechanisms of motion scope, continuous
work condition, and high frequency, we propose a new hybrid algorithm that could be …

Compliant mechanisms' design aims to create a larger workspace and simple structural
shapes because these mechanical systems usually have small dimensions, reduced friction …

This paper presents the mechanical design, computational optimization, and
experimentation of a decoupled 2-DOF monolithic mechanism. In the mechanical design …

This paper presents the dynamic modelling and performance evaluation methodologies of a
flexure-base mechanism for ultra-precision grinding operation. The mechanical design of …

This paper presents a new analysis method for bridge-type amplifiers by incorporating the
effect of external loads, and establishes a theoretical model to predict the input/output …

This paper presents a 3-DOF (Degree of freedom) stage with T-shape flexible hinge
mechanism for the applications in the precision measurement equipments and micro/nano …

Mechanically amplifying micro-stroke of actuators such as piezoelectric stacks through
compliant mechanisms is an effective solution for use in micro/nano manipulation, precision …

This article presents a new multi-notched flexure hinge, which consists of two right circular
and two parabolic notches, for positioning stages based on compliant mechanisms. First, the …