Calculations of a stress-strain state of electrical insulating joint

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Analysis of the existing engineering methods of electrical insulating joint calculations, argumentation development for each calculation and verification of sufficiency of performed calculations. Implementation of the updated engineering practices of calculations using MathCAD.

Creation of finite element models of electrical insulating joint for pipes with different diameter for the pressure of 10 MPa and considering contact interaction of electrical insulating joint parts.

Analysis of the "Pipeline Systems and Technologies LLC" engineering methods of electrical insulating joint calculations, argumentation development for each calculation and verification of sufficiency of performed calculations. Implementation of the updated engineering practices of calculations using MathCAD.

Creation of finite element models of electrical insulating joint for pipes 57 mm, 530 mm, and 1420 mm in diameter for the pressure of 10 MPa and considering contact interaction of electrical insulating joint parts.
Verification of the results obtained using finite element modeling and engineering methods. Assessment of major factors impact on stress-strain state changes

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