Axial-flow type high-flow-speed high-pressure-intensity test device

A test device, high flow rate technology, applied in the direction of measuring device, applying stable tension/pressure to test material strength, strength characteristics, etc., to achieve the effect of wide material sources, simple structure, and convenient operation and use

Active Publication Date: 2020-07-31
UNIV OF SCI & TECH LIAONING
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] At present, there is no material uniaxial compression test that combines the shaft rod test system with the high flow rate and high pressure simulated fluid environment. Therefore, the present invention provides a new axial flow high flow rate and high pressure test device for testing material samples. Mechanical properties, analyzing the change of material samples under uniaxial loading in a high-velocity and high-pressure fluid environment

Method used

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  • Axial-flow type high-flow-speed high-pressure-intensity test device
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  • Axial-flow type high-flow-speed high-pressure-intensity test device

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Embodiment 1

[0044] In the present embodiment a kind of axial-flow type high flow velocity high pressure test device, select the steel plate with 20mm thickness as the manufacturing material of container, and container is cuboid; The wall thickness of the tank is 5mm, and it is welded and fixed with the container; the fluid is seawater, and the sample is a metal sample.

[0045] The fixed shaft and the movable shaft are respectively coupled and nested and run through the corresponding annular sleeves. The top of the fixed shaft is provided with an elastic fixing ring to prevent the sample from being displaced when it is impacted by high flow velocity; the movable shaft The bottom surface is pressed against the top surface of the sample.

[0046] The fluid inside the container should not be too full, it should be 30mm higher than the top surface of the sample. The fixed shaft and the movable shaft run through the two annular sleeves respectively. Grease to prevent air pressure leakage and ...

Embodiment 2

[0056] In this embodiment, the structure and composition of the axial-flow high-velocity high-pressure test device are basically the same as those in Embodiment 1. The container is a cube container, the fluid is lake water, and the sample is saturated rock.

[0057] In this embodiment, the axial-flow high-flow-velocity and high-pressure test device is inspected after assembly to ensure that each opening has a good seal, and the movable shaft and the annular sleeve are coupled and nested and have good mobility; ensure that Place the sample in the center of the container, keep the fixed shaft fixed; ensure that the butter in the annular sleeve 1 and annular sleeve 2 is sufficient and can isolate air and fluid; then start the test, adjust the compressed air delivery device, high pressure The fluid input device and the fluid output device keep the flow velocity and pressure of the sample in the container constant; the entire loading process of the sample is photographed through th...

Embodiment 3

[0059] In this embodiment, the structure and composition of the axial-flow high-velocity high-pressure test device are basically the same as those in Embodiment 1. The container is a cuboid container, the fluid is tap water that has been heated at 40°C, and the material sample is a columnar rock specimen.

[0060] In this embodiment, the axial-flow high-flow-velocity and high-pressure test device is inspected after assembly to ensure that each opening has a good seal, and the movable shaft and the annular sleeve are coupled and nested and have good mobility; ensure that Place the sample in the center of the container, keep the fixed shaft fixed; ensure that the butter in the annular sleeve 1 and annular sleeve 2 is sufficient and can isolate air and fluid; then start the test, adjust the compressed air delivery device, high pressure The fluid input device and the fluid output device keep the flow velocity and pressure of the sample in the container constant; the entire loading...

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Abstract

The invention relates to an axial-flow type high-flow-speed high-pressure-intensity test device, which comprises a container, a high-pressure fluid input device, a fluid output device, a fluid speed measuring device, a water pressure measuring device, a fixed shaft rod, a movable shaft rod and a compressed gas conveying device. According to the device, the dynamic mechanical property of a materialsample can be obtained by carrying out a uniaxial compression test in a high-flow-speed high-pressure-intensity fluid, so that the damaged mechanical property of the material sample in a high-flow-speed high-pressure-intensity fluid environment is analyzed.

Description

technical field [0001] The invention relates to the technical field of material mechanical performance testing, in particular to an axial-flow high-flow-velocity high-pressure testing device. Background technique [0002] The mechanical properties of materials refer to the mechanical properties exhibited by materials when subjected to various external loads (tension, compression, bending, torsion, impact, alternating stress, etc.) under different environments (temperature, medium, humidity, etc.). Understanding the mechanical properties of materials can provide a basis for selecting materials when designing various engineering structures. [0003] With the continuous development of material mechanical performance testing, the complexity of the simulated environment is becoming higher and higher. In the fluid environment, factors such as flow velocity, pressure, and mixture make the experimental research much more difficult than in the air environment. Therefore, testing the...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01N3/12G01N3/307G01N3/02
CPCG01N3/12G01N3/307G01N3/02G01N2203/001G01N2203/0019G01N2203/0048G01N2203/0236G01N2203/0252G01N2203/0641G01N2203/0676Y02E30/30
Inventor 郭连军包松董英健胡智航
Owner UNIV OF SCI & TECH LIAONING
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