The study of hydraulic hammer device in drilling tool assembly in hydraulical rotary drilling
-
2018-04-20 https://doi.org/10.14419/ijet.v7i2.23.11877 -
Hydraulic Hammer Device, Hydraulical Rotary Drilling, Drill Tool Assembly, Piston, Near-Bit Hydraulic Hammer. -
Abstract
The article presents the study of a hydraulic hammer device for rotary well drilling. The mathematical model of the hydraulic hammer device has been described and studied, the relation of the dynamic load changes on the rock-destruction tool from the principal parameters of the hydraulic hammer device have been obtained. The trial rotary boring with the use of a hydraulic hammer device in drill tool assembly has been carried out, an increase in the drilling penetration rate has been achieved by 47%.
-
References
] Epstein EF, Drilling of wells with hydraulic hammers and air-powered percussive drills, Nedra (Moscow), 1967.
[2] Sultanov BZ, Gabrakhimov MS, Safiullin RR & Galeev AS, Technique for controlling the dynamics of a drill tool during deep wells making, Nedra (Moscow), 1997.
[3] Yasov VG, Theory and calculation of work processes of hydraulic drill machines, Nedra (Moscow), 1977.
[4] Balitsky PV, Interaction of drill string with well bore, Nedra (Moscow), 1975.
[5] Khabibullin MY, Suleimanov RI, Sidorkin DI & Arslanov IG (2017), Parameters of Damping of Vibrations of Tubing String in the Operation of Bottomhole Pulse Devices. Chemical and Petroleum Engineering, 53(5-6), 378-384.
[6] Khabibullin MYa & Sidorkin DI (2016), Determination of flow string oscillations at impulsive pumping down into a well. Scientific Papers of NIPI Neftegaz SOCAR 3 (3), 27-32.
[7] Zaripov AK, Gabdrakhimov MS, Habibullina RG & Suleimanov RI (2014), Simulation of the reversing vibrator operation. Oil and gas business 12 (4), 35-39.
-
Downloads
-
How to Cite
I. Suleimanov, R., S. Gabdrakhimov, M., Ya. Khabibullin, M., M. Zaripova, L., & R. Vasilyeva, E. (2018). The study of hydraulic hammer device in drilling tool assembly in hydraulical rotary drilling. International Journal of Engineering & Technology, 7(2.23), 28-30. https://doi.org/10.14419/ijet.v7i2.23.11877Received date: 2018-04-22
Accepted date: 2018-04-22
Published date: 2018-04-20