Modeling a hydromonitor drilling by predicting the direction of the radial channel taking into account the stress state of the rock mass

To date, in the development of oil and gas fields, various geological and technical measures are actively used. One of such measures is hydromonitored radial drilling. When conducting radial drilling, there is no way to control the path of the channel, so the design of measures for oil wells and the calculation of the technological effect is an unsolved problem. A comprehensive methodology for modeling a hydromonitor drilling of a formation by predicting the direction of a radial channel taking into account the stress state of the rock mass is proposed.