Research Areas
Research on characteristics and fault diagnosis of CNC machine tool
Research on optimization theory of cutting stock optimization and development of intelligent cutting equipment
Rapid maintenance and repair technology of oil and gas pipeline and downhole operation tools
Research Group Introduction
Ding Qingxin is engaged in the teaching and research of mechanical design theory, mechanical manufacturing technology and its automation, petroleum machinery. The main research directions are as follows: Research on the characteristics and fault diagnosis of CNC machine tools, optimization theory research of cutting optimization and development of intelligent cutting equipment, rapid maintenance and repair technology of oil and gas pipelines and downhole operation tools of oil field.
Publications
[1] Li Xiaochun, Ding Qingxin, Zhao Honglin, et al. Optimization algorithms for fully automatic optimization cross cut saw [J]. Chinese Journal of mechanical engineering, 2010, 23 (3): 375-382. (SCI / EI retrieval)
[2] Li Xiaochun, Ding Qingxin, Zhao Honglin, et al. Software and communication of fully automatic optimizing cross cut saw [100]. The first International Conference on Electrical and control engineering, Wuhan, China, June 2010: 5604-5607. (EI claim)
[3] Tian Fei, Ding Qingxin, Wei Rui, et al. New approach for oil well symbol recognition in petroleum geological structure map [100]. The first International Conference on Electrical and control engineering, Wuhan, China, June 2010: 5357-5360. (EI search)
[4] Ding Qingxin, Tian Fei, Li Xiaochun, et al. A crack recognition way through images for natural gas pipelines [100]. The Chinese symbol on Information Science and technology, Hangzhou, China, December 2010: 859-862. (EI search)
[5] Li Xiaochun, Ding Qingxin, Tian Fei. Development of PC based virtual radio frequency signal generator [100]. The Chinese symbol on Information Science and technology, Hangzhou, China, Decmber 2010: 1124-1128. (EI search)
[6] Ding Qingxin, sun guangbin, Zhao Honglin, et al. Optimization design of metallic seal pair structure for triple offset butterfly valve [100]. International technology and Innovation Conference, Xi'an, China, October 2009. (EI retrieved)
[7] Liu Xiaoming, Ding Qingxin, Wang Xiaobo, et al. Coordination kinetics for pipeline conveyance system on pipe laying vessel [100]. Advances and experiences with pipelines and trench technology for water, sewer, gas, and oil applications, Shanghai, China, September 2009: 1433-1444. (EI search)
[8] Zhang Shimin, Ding Qingxin, Zhao Honglin. The technology of hot taps and line stops in China [100]. Advances and experiences with pipelines and trends technology for water, sever, gas, and oil applications, Jingzhou, China, September 2009: 1362-1368. (EI search)