Prediction of load-bearing capacity in a welded metal-reinforced thermoplastic pipe joint using the finite element technique
Authors: A.N. Anoshkin, V.Yu. Zuyko (State National Research Polytechnical University of Perm), S.G. Ivanov (University of Twente, the Netherlands)
This paper presents a study of two-dimensional axisymmetric finite element analyses of a welded metal-reinforced thermoplastic pipe joint for stresses and deformations in order to understand the mechanical behavior. A stress redistribution phenomenon in the reinforcing skeleton is revealed. The results obtained from the destructive tests on butt couplings were compared with finite element models. Good correlations were found.
This paper presents a study of two-dimensional axisymmetric finite element analyses of a welded metal-reinforced thermoplastic pipe joint for stresses and deformations in order to understand the mechanical behavior. A stress redistribution phenomenon in the reinforcing skeleton is revealed. The results obtained from the destructive tests on butt couplings were compared with finite element models. Good correlations were found.
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