Sentence examples for flow rate of mud from inspiring English sources

During drilling, a constant flow rate of mud is pumped from the mud pool with a main pump.

The present model consists of mud cake thickness model, flow rate of mud filtrate into oil formation, mud filtrate concentration, and penetration depth of mud filtrate.

Lost circulation is influenced by different parameters such as mud weight, pump pressure, depth etc. Mud weight, pump pressure and flow rate of mud should be designed to prevent induced fractures and have the least amount of lost circulation.

In this modeling, the inputs are geographic coordinates (east and north), the current depth, depth of formation tip, penetration rate, formation type, annulus volume, mud pressure, flow rate of mud pump, mud pump pressure, filter cake viscosity, solid content, plastic viscosity, yield point, initial strength, and final strength after 10 min and the output is loss circulation.

The flow rate of the mud flow was significantly higher than the production rate of artificial hot spring in the valley (< 0.06 m3/s).

The high flow rate of the mud flow thus cannot be attributed to the rupture of plumbing systems of artificial hot springs in the upper stream.

The machine learning model is first used to predict ROP – with input parameters such as weight on bit (WOB), rotations per minute of the drill bit (RPM), and flow rate of the drilling mud.

The data are illustrated in terms of bit characteristics: bit number, bit size, make, bit type, nozzle size, depth and deviation, weight on bit, rotation, pump pressure, mud flow rate, mud weight, mud viscosity, and bit condition.

In this article, the effect of mud weight, depth, pump pressure and flow rate of pump on lost circulation in UBD of Asmari formation in one of the Southwest Iranian fields is studied using drilling data and artificial neural network.

Since no heavy rainfall was observed before or during the eruption, and the usual flow rate of the stream (~ 0.1 m3/s) is much lower than the flow rate of the mud flow, the mud flow seems to have been derived by the eruption directly from the vent.

Two main process components, namely, the mud pump flow rate and the differential flow rate of the backpressure pump and the choke, are assumed to be the control inputs while the process down hole pressure rate is treated as the process output.