Three-tube hybrid-type plastic fluid funnel viscosity on-line measuring device and method
A plastic fluid and measuring device technology, which is applied in the field of continuous automatic online measurement of drilling fluid funnel viscosity and on-line measuring device of drilling fluid funnel viscosity, can solve the problems of large errors, human factors, and long time consumption, etc., and achieve accurate measurement Fast, easy to compare and analyze, highly automated results
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specific Embodiment 1
[0017] A three-tube mixed-connection plastic fluid funnel viscosity online measuring device consists of a constant flow pump 1, a mass flow meter 2, a test tube group 3, four cylinder film pressure sensors (4, 5, 6, 7), and a data collector 8 It is composed of computer and data processing system 9. Among them, the test tube group 3 is composed of three glass straight tubes with a length of 80 cm, a radius of 5 cm, and a wall thickness of 2.75 mm. Different shear rates are generated in the pipeline and branch pipelines. The internal flow path of the tee joint is streamlined, and the cross-sectional areas of the joints are equal, so that the deformation of the fluid at a constant flow rate can be realized. Constant flow pump 1, mass flowmeter 2, and test tube group 3 are connected together through pipelines, pressure sensors (4, 5, 6, 7) and mass flowmeter 2 are connected to data collector 8 and computer and data through signal lines on the processing system 9 (also known as c...
specific Embodiment 2
[0029] combine figure 1 Connect the inlet pipe of the constant flow pump 1 with the drilling fluid container, connect the constant flow pump 1 with the mass flow meter 2 and the test tube group 3 in turn, connect the outlet with the drilling fluid container, digital acquisition and processor 8 flow meters and four The signal of each pressure sensor is collected in computer and data processing system 9.
[0030] The drilling fluid in the container is continuously circulated, and the flow and density measured by the mass flowmeter and the pressure recorded by the four pressure sensors are recorded in real time; the drilling fluid in the pipe is calculated according to the instantaneous value of the flow measured by the flowmeter and the geometric parameters of the pipeline The instantaneous value of the flow velocity gradient, and the instantaneous value of the shear stress in the pipe is calculated according to the pressure loss measured by the two pairs of pressure sensors on ...
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