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Computational Modelling of Vehicle Interior Components for Impact Applications: Thickness Analysis

Domenii publicaţii > Stiinte ingineresti + Tipuri publicaţii > Articol în revistã ştiinţificã

Autori: Tabacu, St., Tabacu, I., Hadar, A.

Editorial: International Journal of Crashworthiness, 16 (4), p.421-438, 2011.

Rezumat:

This paper presents some modelling techniques useful for the optimisation of numerical models of vehicle interior parts
in terms of improving the structural response in impact applications. A procedure regarding the random distribution of
thickness of the elements for a selected area within a user-specified tolerance is presented. Procedures implemented in a
custom-written code and the algorithms used for the random distribution are also presented. This was required because
the parts presented some deviations from the nominal value (of thickness), probably due to the manufacturing process.
With experiments performed with equipment constructed according to ECE R21 regulation, the results obtained using three
numerical models are compared and solutions for numerical modelling are presented. Results (accelerations: maximum,
average, at peaks; time: peak time, time interval between two peaks; coefficient of restitution) obtained using the numerical
models were evaluated and compared with the experimental data.

Cuvinte cheie: simulare numerica, impact, validarea modelului // numerical simulation, impact, model validation, random parameters