Well drilling machines should have as high efficiency factor as it is possible. This work proposes factors that are affected by change of input signal pulse curve. A series of runs are conducted on mathematical model of hydraulic-powered pulse machine. From this experiment, interrelations between input pulse curve and construction parameters are found. Results of conducted experiment are obtained with the help of the mathematical model, which is created in Simulink Matlab
ABSTRACT: Hydraulic pulse interference tests involve a cyclic injection of fluid into the source wel...
Systems to increase efficiency during drilling is desirable in order to have more costeffective well...
With the ever-increasing demand for resources, the task of geological surveys has increased rapidly,...
Nowadays, a special emphasis is placed on an output signal curve during the analysis of well drillin...
Modern bottom-hole assemblies are equipped with various sensors which measure the geological and dir...
Some mining activities, such as interventions in the event of accidents, are carried out in narrow s...
In this research power rock cutting mechanisms are considered. Impact and vibratory impact mechanism...
If cuttings carrying performance is poor and cuttings removal is not in time during the drilling of ...
The stress wave produced by the piston impact, on the drill rod, is an important factor affecting im...
For the phenomenon of a hydraulic rock drill based on an underlapped reversing valve, the mechanical...
This article is devoted to the development of technology for improving the efficiency of directional...
The current studies on hydraulic pulse jet mainly focus on the pulse jet flow field and its effect, ...
Drilling after oil and gas becomes more challenging for every drilled well; deeper, longer, harder, ...
Pulse hydraulic fracturing (PHF) is a key technique for reservoir stimulation. PHF can well accelera...
The paper presents the analysis of the behavior of the drill pipe nipple connection under the additi...
ABSTRACT: Hydraulic pulse interference tests involve a cyclic injection of fluid into the source wel...
Systems to increase efficiency during drilling is desirable in order to have more costeffective well...
With the ever-increasing demand for resources, the task of geological surveys has increased rapidly,...
Nowadays, a special emphasis is placed on an output signal curve during the analysis of well drillin...
Modern bottom-hole assemblies are equipped with various sensors which measure the geological and dir...
Some mining activities, such as interventions in the event of accidents, are carried out in narrow s...
In this research power rock cutting mechanisms are considered. Impact and vibratory impact mechanism...
If cuttings carrying performance is poor and cuttings removal is not in time during the drilling of ...
The stress wave produced by the piston impact, on the drill rod, is an important factor affecting im...
For the phenomenon of a hydraulic rock drill based on an underlapped reversing valve, the mechanical...
This article is devoted to the development of technology for improving the efficiency of directional...
The current studies on hydraulic pulse jet mainly focus on the pulse jet flow field and its effect, ...
Drilling after oil and gas becomes more challenging for every drilled well; deeper, longer, harder, ...
Pulse hydraulic fracturing (PHF) is a key technique for reservoir stimulation. PHF can well accelera...
The paper presents the analysis of the behavior of the drill pipe nipple connection under the additi...
ABSTRACT: Hydraulic pulse interference tests involve a cyclic injection of fluid into the source wel...
Systems to increase efficiency during drilling is desirable in order to have more costeffective well...
With the ever-increasing demand for resources, the task of geological surveys has increased rapidly,...