Post-impact fire resistance of T-stub joint component, Numerical evaluation

Authors

  • Joao Ribeiro
  • Aldina Santiago
  • Constanca Rigueiro

Abstract

Current paper presents a finite element analyses for the characterization of the nonlinear behaviour of bolted t-stub component subject to impact loading followed by fire. The proposed numerical model has previously validated against experimental results under monotonic static loading at ambient and elevated temperatures (Ribeiro etal., 2013). 3D solid and contact elements from the finite element package Abaqus are used to perform the structural model. The temperature dependent material properties, the geometrical and material nonlinearities (including the strain rate sensitivity) were taken into account to predict the failure of the t-stub. A parametric study was conducted to to provide insight into the overall behavior, namely their stiffness, resistance, ductility and failure modes due to the effects of dynamic loading followed by fire.

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Published

2015-10-15

Issue

2013: Proceedings of International Conference in Prague 19-20 April 2013

Section

Articles

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