CAJ | 학술논문

利用Hysitron纳米压痕仪对聚碳酸酯/二氧化硅(PC/SiO2)纳米复合材料进行微/纳米级(10~(-6)～10~(-9)m)磨损实验.本文首先指出了常用微纳米级磨损量计算方法的不足之处,并结合MATLAB数字图像处理技术的优点分析了MATLAB用来改进磨损量计算方法的可行性.然后,利用MATLAB编程结合Photoshop处理提取了完整连续的磨损区边缘,并用模板法实现了对磨损前后图片的配准.最后,使用改进的方法计算了不同载荷条件下材料的磨损体积,并将结果与常用微纳米级磨损量计算方法所得结果进行比较,结果表明改进后的方法过程更加合理,所得结果更加精确.
이용Hysitron납미압흔의대취탄산지/이양화규(PC/SiO2)납미복합재료진행미/납미급(10~(-6)～10~(-9)m)마손실험.본문수선지출료상용미납미급마손량계산방법적불족지처,병결합MATLAB수자도상처리기술적우점분석료MATLAB용래개진마손량계산방법적가행성.연후,이용MATLAB편정결합Photoshop처리제취료완정련속적마손구변연,병용모판법실현료대마손전후도편적배준.최후,사용개진적방법계산료불동재하조건하재료적마손체적,병장결과여상용미납미급마손량계산방법소득결과진행비교,결과표명개진후적방법과정경가합리,소득결과경가정학.
Mirco-to-nano scale (10~(-6) to 10~(-9)m) wear volume experiments were carried out for polycarbonate/silica nanocomposites by using TriboIndenter of Hysitron Company. First, the shortages of common wear volume calculation method at mirco-to-nano scale are pointed out in this paper. Combining with the advantages of MATLAB digital image processing technology, the feasibility of improving the calculation method by MATLAB was analyzed. Based on MATLAB procedures and Photoshop processing, the intact and continuous edges of worn area were obtained, and the registrations of image before and after wear tests were realized by using the template method, then the wear volume under different loads were calculated. Comparing with traditional method, the calculating process of improved method is more reasonable and the corresponding results are more precise.