Basic Research for Resistance Prediction of Aluminium Alloy Plate Girders Subjected to Patch Loading

Abstract

In this paper, it performed to the elastic-plastic large deflection series analysis using the experimental model and predicted a failure mode and ultimate strength. The collapse mode of numerical analysis model is formed a plastic hinge on loaded flange and consistent with the collapse mode of experimental model. Also, The yield line is formed in the web could observed that have occurred the crippling collapse mode and the ultimate loads of the experimental model and numerical analysis model have maintained linearly Means 1.07, Standard deviation 0.04, Coefficient of variation(COV) 0.04 and the result of ultimate loads have appeared approximately 8% error rate. it was found that very satisfied to the experimental results and the applied rules. if it is considered to be maintain a reasonable safety level, it is possible to predict the failure modes of aluminium alloy plate girders and ultimate loads.

Resistencia de vigas esbeltas de acero inoxidable bajo cargas concentradas mediante elementos finitos

“…Recientemente, Reis et al [14] realizaron estudios numéricos para evaluar la resistencia de vigas a carga cortante sometidas a altas temperaturas, con el fin de poder predecir la resistencia última en situaciones de fuego. Sonu y Singh [15] desarrollaron modelos numéricos paramétricos para evaluar las características de vigas de acero inoxidable dúplex bajos tres modos de falla: cortante, flexión y combinado flexión-cortante, proponiendo modificaciones al EN 1993-1-4 (2006/A1:2015).…”