Abstract:

Clamping connections are widely used in almost every industry. Installation systems carrying materials such as water, natural gas, oil are also one of these sectors. Clamping connections have been an alternative to traditional combination techniques, such as curve, curve, and especially the source, due to the proper stretching distribution, discharge, corrosion, combination characteristics of different types of parts and many other advantages. In this study internal pressure exposed pipe connectivity connections were considered as a connection model, and the effects on the strength of these types of connectivity were studied. For this purpose, the steel pipes (St37) are combined with the adhesive (DP810) by creating curved bonding connections. Internal pressure was applied to the later-created connection models and the mechanical behaviors of the connections were numerically studied. The final elements method has also been used for the stretching analysis of the connections combined with the adhesive. Results were given by comparing the connective models created depending on the thickness of the pipeline and the length of binding.

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