Study on diesel spray characteristics based on image processing

Bingbing Liu, Yue Li, Feng Chen
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Abstract

Based on MATLAB, a processing method which can accurately measure the spray characteristic parameters in the image was proposed, including background difference, image enhancement, threshold segmentation, edge detection, morphological operation and other algorithms. The macroscopic characteristic parameters of spray were extracted, and the variation rules of penetration distance and spray cone angle under different factors were analyzed. It is found that under the conditions of 140 MPa and 160 MPa injection pressure, 1 MPa and 2 MPa back pressure, and 0.315 mm and 0.366 mm nozzle diameter, with the increase of spray pressure, penetration distance increases and spray cone angle decreases. The penetration distance and cone angle decrease with the increase of hole diameter. The cone angle increased with the increase of back pressure, and the penetration distance showed the opposite trend.
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基于图像处理的柴油喷雾特性研究
基于MATLAB,提出了一种能够准确测量图像中喷雾特征参数的处理方法,包括背景差分、图像增强、阈值分割、边缘检测、形态学运算等算法。提取了喷雾宏观特征参数,分析了不同因素下穿透距离和喷雾锥角的变化规律。研究发现,在喷射压力为140 MPa和160 MPa、背压为1 MPa和2 MPa、喷嘴直径为0.315 mm和0.366 mm的条件下,随着喷射压力的增大,穿透距离增大,喷射锥角减小。随着孔径的增大,侵彻距离和锥角减小。锥角随背压的增大而增大,侵彻距离呈相反趋势。
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