Compliant mechanisms are state of the art in micropositioning stages due to their many
beneficial features. However, their design usually compromises between motion range …

A compliant mechanism gains its mobility fully or partially from the compliance of its
elastically deformable parts rather than from conventional joints. Due to many advantages …

For the realization of high precise motion, often compliant mechanisms are used instead of
rigid-body mechanisms. In these solid-state mechanisms, the flexibility is achieved by …

By embedding actuators within a compliant structure (compliant mechanism), it is possible to
develop adaptive system, that is, a shape morphing structure that is capable of producing …

This paper presents a novel study on the analysis and design of a new type compliant
spatial four-bar (RSSR) mechanism. To the best of our knowledge, any research on …

针对传统的缺口型和直片型柔性铰链平台行程不足的特点, 设计了一种波纹簧片型柔性铰链,
并在此基础上设计了由电磁驱动的两自由度柔顺精密定位平台. 基于波纹簧片型 …

In this article, a novel force sensor is designed based on the optical fiber bending loss theory
utilizing a structure with periodically corrugated semicircular flexure beam units. The fiber …

Flexure hinge-based compliant mechanisms have many advantages compared to their
counterparts with conventional joints. Hence, they are state of the art in numerous precision …

Conventional flexible joints generally have limited range of motion and high stress
concentration. To overcome these shortcomings, corrugated flexure beam (CF beam) is …

The increasing demands for precision in every walk of era have given rise to new and
efficient technologies. The millimeters have been brought down to micrometer or even …