PT Journal
AU Khebli, A
   Aguib, S
   Noureddine, C
   Lallia, K
   Mounir, M
TI Mathematical modeling and numerical simulation of the buckling stability behavior of hybrid beam
SO Manufacturing Technology Journal
PY 2022
BP 793
EP 804
VL 21
IS 6
DI 10.21062/mft.2021.086
DE Composite hybrid beam; Ritz approach modeling; Numerical simulation; buckling stability
AB In this article, we studied the phenomenon of instability which is the buckling of the beam elaborated of steel (E36-S355), and magnetorheological elastomer subject to compression-flexion solicitation. The study of the influence of the intensity of the magnetic field on the buckling instability of compressed hybrid beams is done by a mathematical development using the Ritz approach and by a numerical simulation under the Abaqus calculation code. The obtained results show clearly that we can control the instabilities of the adaptive intelligent beams behavior by the magnetic field.
ER