At the present stage, the existing infrastructure of oil production pipelines, as well as related equipment, which were designed and built in the Soviet period, are irreparably outdated. It is this fact that causes a steady increase in the costs of maintaining the equipment and performing repairs, as well as an increase in the number of accidents at the facilities. In the short term, when the functioning equipment is almost exhausted and at the same time, development of new gas and oil fields that are more distant or previously difficult to develop begins, it will become necessary to commission new pipelines with higher technical characteristics. If you do not develop virtual prototypes, then the material costs of creating new equipment or upgrading old ones will be huge. Since the implementation of work related to the exploration of new oil and gas fields is associated with high risks and uncertainties, it currently seems expedient and promising to use computer modeling in this area and develop new software products. Among other things, attention should be paid to the fact that the ANSYS software package is currently actively used in various industries. This is due to the fact that it includes a complete set of linear and non-linear models of materials, as well as a number of mathematical solvers, as well as a set of specialized tools that allow carrying out different types of analysis. Speaking about the mechanics of deformable solids, in this area using this software package one can perform both simple linear and non-linear statistical calculations, as well as more advanced dynamic ones, including harmonic and spectral analysis, analysis of random vibrations and transients. Also, within the framework of the complex, approaches to the analysis of the influence of seismic factors on oilfield pipelines using software calculation modules, including ANSYS software, Solid Works Simulation, are presented. The results of a comparative analysis of the calculation of the effect of seismic factors on the object, for the receipt of which the ANSYS 19.0 software package was used, are demonstrated by the example of the operation of a fragment of an oil field pipeline. The ANSYS software package includes a set of tools to solve a wide range of seismic problems, regardless of the nature of the source data, how complex the circuit is, and what accuracy of the solution is required. Due to this, the user can consciously choose which approach to solving a particular seismic problem will be optimal