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Experimental and numerical testing of a prototype car-carrier structure with suggested design improvements
by Z. Li, W. Altenhof, P. Frise, R. Gaspar, B. Arnold
International Journal of Heavy Vehicle Systems (IJHVS), Vol. 10, No. 4, 2003

 

Abstract: This paper describes a computer-based modelling, simulation, and validation effort to aid in the development, testing, and design improvement of a prototype car-carrier structure. In this research, a finite-element model of a prototype car-carrier structure was developed and numerical computations were conducted using LS-DYNA to investigate the stress/strain distribution within the carrier structure when negotiating a typical speed bump. The model was compared with experimental results taken from tests using a truck car-carrier of similar configuration to the trailer investigated in this research. Local and global geometric modifications were made to minimise lateral structural deflections and stress and strain concentrations.

Online publication date: Sun, 09-Nov-2003

 

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