Biography
Professor, Sept. 2010– Present, South China University of Technology Associate Professor, Sept. 2005– Aug. 2010, South China University of Technology Associate Research Fellow, Mar. 2004– Aug. 2005, South China University of Technology Postdoctoral Scholar, May 2002–May 2004, South China University of Technology
Education
Ph.D, Materials Processing Engineering, Harbin Institute of Technology, Apr. 2002 M.Eng, Welding, Harbin Institute of Technology, Jul. 1998 B.Eng, Welding Technology and Equipment, Chongqing University, Jun. 1996
Research Areas
Powder metallurgy, Welding of dissimilar materials, Meatal preparation and processing, Laser-based manufacturing
Selected Publications
- Fan, Jiafeng;Li, Xiaoqiang;Jiang, Qi;Pan, Cunliang;Rong, Xincheng;Qu, Shengguan;Yang, Chao;Lv, Yanlong;Hou, Jinbao,Microstructure evolution and strengthening mechanism of pulsed current diffusion bonding TiAl/Ti2AlNb joints with in-situ rapid hot deformation,Journal of Materials Processing Technology,2024
- Jiang, Chenyang;Li, Xiaoqiang;Luo, Hao;Li, Jingmao;Qu, Shengguan;Yang, Chao,DT300 ultra-high strength steel fabricated using selective laser melting: Densification, microstructure, and mechanical properties,Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing,2023
- Pan, Cunliang;Zhu, Dezhi;Luo, Hao;Kosiba, Konrad;Qu, Shengguan;Yang, Chao;Li, Xiaoqiang,Fabrication of high-performance CoCrNi medium entropy alloy by laser powder bed fusion: The effect of grain boundary segregation,Composites Part B: Engineering,2023
- Pan Cunliang;Li Xiaoqiang;Luo Hao;Qu Shengguan;Yang Chao;Zhu Dezhi,Thermal oxidation behavior of CoCrNi medium-entropy alloy bond coatings deposited using laser cladding process,Corrosion Science,2022
- Luo, Hao;Li, Xiaoqiang;Pan, Cunliang;Qu, Shengguan;Jiang, Chenyang;He, Pengjiang;Zeng, Keli,Interfacial characterization and mechanical properties of additively manufactured IN718/CoNiCrAlY laminate,Materials Science and Engineering A-Structural Materials Properties Microstructure and Processing,2022
- Li, Xiaoqiang;Cheng, Zhun;Qu, Shenguan;Zhu, Dezhi;Li, Huiyun,Effect of filler metal on the microstructural evolution and mechanical properties of wide gap brazed K417G superalloy joints,Vacuum,2021
- Li, Jingmao;Li, Xiaoqiang;Cao, Ting;Pan, Cunliang;Qiu, Hao;Zhang, Yuhui,The Σ=2 and Σ=13a grain boundary distributions in cemented tungsten carbides with/without metallic binders,Materials Characterization,2021
- Hu, Ke;Li, Xiaoqiang;Liu, Bo;Qu, Shengguan;Liang, Liang;Khanlari, Khashayar,Concurrent Hardening and Toughening of a Tungsten Heavy Alloy via a Novel Carburizing Cyclic Heat Treatment,Advanced Engineering Materials,2021
- Luo, Hao;Li, Xiaoqiang;Pan, Cunliang;He, Pengjiang;Zeng, Keli;Hu, Ke;Li, Huiyun;Yang, Chao,Microstructure and oxidation resistance of CoNiCrAlY coating manufactured by laser powder bed fusion,Surface and Coatings Technology,2021
- Li, Jingmao;Li, Xiaoqiang;Qiu, Hao;Cao, Ting;Qu, Shengguan,Fabrication of in situ elongated β-Sialon grains bonded to tungsten carbide via two-step spark plasma sintering,Ceramics International,2021
- 曹廷;李小强;李京懋;黄阳;宋涛;屈盛官;梁良,超细氮化硼多孔纤维对WC-ZrO2复合材料力学性能的改善（英文）,稀有金属材料与工程,2021
- Zhang, Minai;Wang, Xin;Dupuy, Alexander D.;Schoenung, Julie M.;Li, Xiaoqiang,Study on Strain Rate-Dependent Deformation Mechanism of WC-10 wt% Ni3Al Cemented Carbide by Micropillar Compression,Advanced Engineering Materials,2020
- 李小强;娄立;屈盛官;杨超;李力,一种钛基钎料钎焊TiAl/GH536的接头界面组织及性能,焊接学报,2019
- Li, Xiaoqiang;Li, Jingmao;Diao, Xiuhui;Cheng, Zhun;Dong, Zhongli;Ao, Jingpei;Zhu, Dezhi,Brazing Oxide Dispersion-Strengthened Fe-Based Steels with a Cu-Based Filler Metal,Journal of Materials Engineering and Performance,2019
- Li, Li;Li, Xiao-qiang;Hu, Ke;He, Bo-lin;Man, Hua,Brazeability evaluation of Ti-Zr-Cu-Ni-Co-Mo filler for vacuum brazing TiAl-based alloy,Transactions of Nonferrous Metals Society of China,2019
- Li, Jingmao;Li, Xiaoqiang;Lai, Jiaming;Qiu, Hao;Cao, Ting,In-situ elongated aluminium borate grains toughening WC-1.87 wt % Al2O3-4.13 wt % ZrO2 composite via spark plasma sintering,Ceramics International,2019
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