Experimental and parametric 3D nonlinear finite element analysis on punching of flat slabs with orthogonal reinforcement

Citation:
Experimental and parametric 3D nonlinear finite element analysis on punching of flat slabs with orthogonal reinforcement, Silva Mamede, Nuno F., Pinho Ramos A., and Faria Duarte M. V. , Engineering Structures, mar, Volume 48, p.442–457, (2013)

Abstract:

This work refers to experimental and 3D nonlinear FEA on punching. Numerical results were compared with experimental ones in order to benchmark the FE model and afterwards a parametric study was conducted, changing the reinforcement ratio, slab thickness, concrete strength and column dimensions, running a total of 360 models, where their effect on punching capacity is shown. EC2 and MC2010 provisions agreed approximately with experimental and FEA results. Based in the FEA results it is proposed an equation to predict the punching capacity with the introduction of fracture mechanics parameter, which was compared with several experimental results, giving good approximation.

Notes:

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