NUMERICAL AND EXPERIMENTAL MODAL ANALYSIS OF A CARBON FIBRE MONOCOQUE

Abstract

This paper deals with the comparison of experimental measurements and numerical simulation of the natural frequency and natural shape of a carbon fibre monocoque. This comparison is used to validate the numerical analysis with a real monocoque. Usually, monocoques consist of orthotropic materials like carbon fibre sandwich with a honeycomb core. The monocoque is manufactured by hand from several layers of different materials, which are connected by glued joints. This does not guarantee the material properties or the same mass the idealized numerical simulation.

Recommended articles

DEVELOPMENT OF A PARALLEL GRIPPER WITH AN EXTENSION NAIL MECHANISM USING A METAL BELT

JUNYA TANAKA, NOBUTO MATSUHIRA
Keywords: Robotic hand | hardware design | manufacturing robot | nail extension mechanism | parallel gripper

INFLUENCE OF THE PRESSURE DIE GEOMETRY ON THE BENT TUBE OVALITY

MICHAELA CISAROVA, EVA PETERKOVA, KAMIL PODANY, JAN RIHACEK
Keywords: finite element analysis | numerical simulation | ANSYS | 34MnB5 steel | tube bending