GUWW

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Ultrasonic guided wave (GUWW) have been widely used in non-destructive testing for various conditions such as volumetric defects, delamination, cracking and corrosion. It is an advanced form of diagnostics that is used to detect defects in metals, composites and other materials. GUWW is based on the principles of ultrasound and uses a cylindrical wave that propagates along the structure surface or within the structure, resulting in a signal that is received by an array of transducers placed on or near the surface of the structure. The advantages of using GUWW include the ability to detect defects at high depths and a wide range of frequencies. The response of the signal is also important as it must be able to detect and locate the defect accurately. In this article, we will discuss the application field and working principle of GUWW.

The application field of GUWW includes inspecting and diagnosing the condition of materials in bridge, wind turbine, pipeline, storage tanks, aerospace and perimeter security systems. The working principle of GUWW can be divided into three parts. First, a transmitter emits a sound wave into the structure. The sound wave travels along the structure, and its amplitude decreases as it moves further from the source. Second, a receiver is placed on the surface of the structure, and it detects any change in the amplitude of the echo. Finally, the data collected by the receiver is analyzed by a computer to locate the exact position of the defect.

GUWW can be used for both internal and external inspections. In the case of internal inspections, a converter is placed on the surface of the structure and the signal is transmitted through a special probe into the structure. The signal is then reflected off the inner wall and returns to the probe. The returning signal is then analyzed by the computer in order to locate the defects. For external inspections, a cylindrical wave is used, which is transmitted and reflected on the surface of the structure. This wave is analyzed in order to detect and identify any irregularities of the external surface.

GUWW has proven to be an effective method of inspection and diagnosis in a variety of industries. Its quick and accurate results are essential to the safety and reliability of structures. By combining the principles of ultrasound and automated signal analysis, GUWW inspections can be done quickly and accurately. The cost of GUWW is relatively low compared to other non-destructive testing methods, making it a cost-effective choice for many companies. GUWW is also easy to use and requires minimal operator training, making it an ideal choice for those who want to incorporate an easy-to-use testing solution into their operation.

In conclusion, GUWW is a powerful non-destructive testing method that can be used for a variety of applications in various industries. It is effective in locating defects in metals, composites and other materials. GUWW is cost-effective and can be used for both internal and external inspections. It can detect defects at high depths and a wide range of frequencies. GUWW is suitable for many types of inspections and diagnostics and can be used in a variety of different industries.

The specific data is subject to PDF, and the above content is for reference