Aiming at the problem of single defect information in traditional ultrasonic phased array twodimensional inspection atlas

in order to more intuitively reflect the shape and size of defects in three-dimensional space

a one-dimensional linear array probe with position encoder is used to draw a series of bit with bit by combining slicing processing with total focus method

MATLAB software platform and the collected full matrix data The full focus image with information is set

and the image is optimized by gain processing technology. On this basis

according to the real position information of the image in the three-dimensional space

the threedimensional reconstruction of defects is completed by using the isosurface method and image binarization processing

and the three-dimensional ultrasonic phased array imaging based on one-dimensional linear array is realized. The results show that: this method can realize the visual display of the detected area in space

and obtain high-quality three-dimensional imaging of defects

which makes the shape and location of defects more abundant.