Displacement analysis of compliant mechanism

Abstract

Everyone expects accurate outcomes in the fast-moving and extremely competitive globe today. The urgent need for precision led to developing new processes in a rapidly increasing mechanical and mechatronic globe, which serve the primary objective of accuracy. This special class of mechanism is called compliant mechanisms, which are used to improve the precision without compromising the accuracy of a member because of the steadiness and flexion. Motion is produced by the molecular deformation in compliant systems, leading to two main features of bending–soft movement and a tiny scope of movement. Scan The demand for contemporary techniques, for example the production of micronanos, characterization systems, such as microscopes is present in the scan processes. For the accurate control / manipulation of object position, different compliant based mechanisms are created. Flexures are compliant, elastic structures which produce smooth motions, tiny range and high resolution for their functionality. These processes can be used in precise apps such as micro soldering, lithographic micro-manufacturing wafer alignment. The primary aim is therefore to design an accurate system in a linear as well as in a rotational direction that gives accurate movement.The software of ANSYS is used to generate compliant mechanism parametric and static analysis models.