Sentence examples for flexure beam from inspiring English sources

The general method includes, as limit or special cases, the solutions for the shear beam with elastic supports, the flexure beam with elastic supports and the simple shear-flexure beam without interior supports.

This paper presents a novel flexure beam module with improved constraint behavior in beam-based flexure mechanisms.

Different parametric studies are carried out to recognize the effect of the intermediate compliant element on the vibrational behavior of the flexure beam.

To achieve a high tracking speed, the flexure beam is designed via finite element method (FEM) analysis to have sufficiently high open-loop bandwidth.

The proposed control architecture is deployed on a customized-designed nano manipulating system featured with a flexure beam structure and voice coil actuators (VCA).

So the objective of this paper is to suggest an analytical framework for modeling nonlinear free and forced vibrations of a simple flexure beam strengthened via a compliant intermediate element.

This paper presents a systematic modeling and control methodology for a two-dimensional flexure beam-based servo stage supporting micro/nano manipulations.

They usually provide guided motion via elastic deformation of their flexure beams.

Axial loads are applied through electrothermal U-shaped and flexure beams actuators stacked near the edges of curved (arch) beams.

Surprisingly, the nonlinearity becomes dominant when the vibration amplitudes are on the order of the width of flexure beams (far less than 10% of the beam length).

The stress analysis of this sensor was performed in order to determine the positions of the piezoresistances, in the four flexure beams.