Title

NUMERICAL MODELING OF AN EULER-BERNOULLI METALLIC BEAM USING THE FINITE ELEMENT METHOD

NUMERICAL MODELING OF AN EULER-BERNOULLI METALLIC BEAM USING THE FINITE ELEMENT METHOD

Authorship

ADRIANA AMARO DIACENCO; ANDREZA APARECIDA DA SILVA; ANDREY MAXWELL

ADRIANA AMARO DIACENCO

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ANDREZA APARECIDA DA SILVA

I am this author

ANDREY MAXWELL

I am this author

DOI

10.5151/1516-392X-24300

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Abstract

This work presents the finite element modeling of Euler-Bernoulli beams constituted of a metallic material, discussing theoretical and numerical aspects. The numerical analysis uses Hermitian interpolation functions and finite elements with two degrees of freedom per node. A numerical simulation will be done for uniform loading considering two kinds beams (steel and aluminum). The paper is organized as follows: introductory comments and numerical simulations to evaluate the static and dynamical behavior of the metallic beams.

This work presents the finite element modeling of Euler-Bernoulli beams constituted of a metallic material, discussing theoretical and numerical aspects. The numerical analysis uses Hermitian interpolation functions and finite elements with two degrees of freedom per node. A numerical simulation will be done for uniform loading considering two kinds beams (steel and aluminum). The paper is organized as follows: introductory comments and numerical simulations to evaluate the static and dynamical behavior of the metallic beams.

Keywords

Structures; Finite element modeling; Euler-Bernoulli beams

Structures; Finite element modeling; Euler-Bernoulli beams