A wave erosion aging test device for simulating ship driving

Abstract

The invention discloses an ocean wave erosion aging test device, and belongs to the technical field of environmental test device. The test device mainly comprises an erosion chamber, an erosion nozzle, a test piece clamping device, and a thermostatic water tank; the temperature of seawater for tests is controlled by a compressor set, a heat exchange pipeline, and PLC; seawater is introduced into the erosion chamber to erode the test piece after going through a water suction pump, a water suction pipeline, and the erosion nozzle under the control of PLC; in the erosion chamber, the erosion angle can be adjusted by a large hand wheel and a small hand wheel of the test piece clamping device, and an operator can adjust the test piece so as to research the aging process of the test piece under different erosion angles and different erosion speeds. A manhole and a temperature sensor are arranged in the thermostatic water tank; the lower part of the thermostatic water tank is provided with a water discharge valve and a water discharge pipeline; after experiments, seawater can be discharged from the water discharge valve and water discharge pipeline; PLC, a safety switch and a touch screen are arranged in an electrical control cabinet. The provided test device has the advantages of simple structure and convenient operation, and can simulate the aging behavior, which is caused by ocean wave erosion, of ships under different traveling states. People can scientifically research the aging situation of materials through the test device.

Description

technical field [0001] The invention relates to an aging test device for simulating sea wave erosion, which includes a scour chamber and a scour nozzle device for simulating the scour state of seawater, and a constant temperature water tank for containing the prepared seawater solution, simulating different latitude areas. Seawater temperature, a flow rate control system, used to simulate the wave scour speed of the ship at different speeds, and an angle-adjusting fixture device, used to simulate the aging failure conditions of different scour angles when the ship's surface is subjected to changing wind and waves. Background technique [0002] The ocean is not only a treasure house with rich resources, but also an indispensable space environment for human survival and development. Since the 21st century, all countries have attached great importance to the development and utilization of marine resources. my country is a country with a large population and relatively scarce re...

AI Technical Summary

Problems solved by technology

[0004] It is more objective and realistic to study the immersion, erosion and corrosion behavior of different materials and explore the aging failure mechanism of materials in the real sea environment. However, due to the complex and changeable factors affecting the real sea environment, it is often difficult to carry out relevant experimental research in this case for a long time. Continuously, at the same time, due to the harsh environment of the actual sea, it is not conducive to the in-depth development of related scientific research activities, and a set of wave erosion aging test equipment that simulates the actual sea environment is developed, and the wave erosion state of the ship at different speeds is simulated in the laboratory. It is helpful to carry out long-term, continuous and in-depth research on sea erosion aging tests, which will provide objective data for the design and maintenance of production equipment used in actual sea environments, and further improve Provide scientific basis for improving material performance and improving material quality

Images