[1] Jianwu Yu, Liang Huang*, Benard kipsang, Yang Hai, Surface modification mechani-sm of SiC particles using KH5X0 (X=5, 6, 7, 8, 9) silane coupling agents: first princi-ple study, Ceramics International, 2021,47(18):25551-25557. [2] Jianwu Yu, Liang Huang*, Hong Luo, Yang Hai, Study effects on diamond concent-ration of CuSnFeNi/diamond composite on grinding WC. International Journal of Adv-anced Manufacturing Technology, 2019,104:2863-2873. [3] Jianwu Yu, Liang Huang*,Hong Luo, Effects of Cu particle size on CuSnFeNi/diam-ond composite processed using hybrid microwave sintering, Powder Metallurgy, 2019, 62:124-132. [4] Liang Huang, Jianwu Yu*, Benard kipsang, Yang Hai, Wetting mechanism of Cu3Ni, Cu3Zn, Cu3Sn on diamond surface: A First-principles calculation, Physica B: Conden-sed Matter, 2021, 613: 412993. [5] Jianwu Yu，Liang Huang*, Jingchao Wang, Zhongxun Hu, Yang Hai, Effects of Cu, Cu3Sn, Cu6Sn5 on interfacial properties between Cu-Sn alloys and diamond, Physica Status Solidi-Rapid Research Letters, 2022,16(7):2200013. [6] Jingchao Wang，Jianwu Yu，Liang Huang，Hong Luo，Xiaopan Liu, Zhentao Shan-g, Modulation mechanism of transition elements Fe and Mn on the interface bonding performance of bronze/diamond composites, Physica Status Solidi-Rapid Research Lett-ers, 2024 ,18(3):2300385. [7] Longjian Wang, Jianwu Yu, Liang Huang, Xiaopan Liu, Bending Strength prediction of the Cu-Sn alloy through a visual quantization model integrated with microstructure characterization and machine learning, IEEE Access. [8] Jianwu Yu, Hong Luo, Thai Vinh Nguye, Liang Huang, Bo Liu,Yingying Zhang，E-igenfrequency characterization and tuning of Ti-6Al-4V ultrasonic horn at high tempera-tures for glass molding, Ultrasonics, 2020,101:106002. [9] Jianwu Yu, Hong Luo, Thai Vinh Nguyen, Yuetuo Lu, Liang Huang, Yingying Zha-ng, Mechanism study on microformability of optical glass in ultrasonic-assisted moldin-g process, International Journal of Applied Glass Science, 2019,10(1):103-114. |
