"圆盘水浸超声扫描装置:自动化检测的创新设计"
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esign of the water-immersed ultrasonic scanning device of the disc is a significant advancement in the field of non-destructive testing. The use of water as a coupling agent allows the probe to detect flaws in the workpiece without direct contact, reducing the requirements for surface roughness and minimizing probe wear. Automation in testing is a growing trend in the field of non-destructive testing, and with the widespread application of disc components in the aerospace industry, the development of an automated water-immersed ultrasonic inspection system for disc components holds great importance. The design of the water-immersed ultrasonic scanning device of the disc is based on the current research status of ultrasonic automated testing for disc components. The device consists of a water tank, a three-axis scanning frame, and a rotation device. In this design, instructions are sent from a computer running LabVIEW program to a motion control card, which then sends signals to drive stepper motors to move the probe and rotate the workpiece. This system allows for accurate and efficient ultrasonic testing of disc components. Keywords: disc; ultrasonic testing; water immersion method; stepper motor; automated testing In conclusion, the design of the water-immersed ultrasonic scanning device of the disc represents a significant advancement in the field of non-destructive testing. By utilizing water as a coupling agent and implementing automation in the testing process, this device allows for more efficient and accurate detection of flaws in disc components. With the increasing application of disc components in the aerospace industry, the development of such automated testing systems is crucial for ensuring the safety and reliability of these components. The design of this device showcases the potential for further advancements in non-destructive testing technology and highlights the importance of automation in the future of industrial testing processes.
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