A study on Contact Pressure Measurement of SM45C/STS410 Materials by Means of Ultrasonic Waves
Wen Yi, In‐Sik Yun, Eui-Sik Jeong
Abstract
Wen Yi, In‐Sik Yun, Eui-Sik Jeong
Abstract
The contact pressure in jointed plates was measured by means of an improved ultrasonic technique. In order to get calibration curve, the relationship between contact pressure and ratio of boundary and bottom echo of normal beam probes were obtained for the calibration blocks with various surface roughness. The ratio of boundary and bottom echoes were measured for the upper/under plates locally compressed with uniform pressure, and the distribution of contact pressure was obtaines. The measured pressure has a good agreement with results of FEM analysis. Thus the proposed ultrasonic method in this work is very useful to measure the contact pressure.
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The contact pressure in jointed plates was measured by means of an improved ultrasonic technique. In order to get calibration curve, the relationship between contact pressure and ratio of boundary and bottom echo of normal beam probes were obtained for the calibration blocks with various surface roughness. The ratio of boundary and bottom echoes were measured for the upper/under plates locally compressed with uniform pressure, and the distribution of contact pressure was obtaines. The measured pressure has a good agreement with results of FEM analysis. Thus the proposed ultrasonic method in this work is very useful to measure the contact pressure.
Key concepts: Ultrasonic sensor, Materials science, Calibration, Acoustics, Surface roughness, Impact pressure, Boundary (topology), Pressure measurement