l Computational mechanics algorithms and software, including radial basis function meshless method, differential quadrature method, structural dynamics stiffness problem algorithm, elastic dynamics and heat conduction inverse problem, boundary element, nonlinear matrix Computing, symbolic-numeric programming language and environment based on Python Scripting, etc.; developing vibration and noise engineering analysis software.
l Soft matter (also known as "complex fluid". For example, soil, porous rock mass, colloid, film, granular matter, foam, living matter, polymer melt, liquid crystal, petroleum, etc.) Fractional derivative modeling and theory of complex mechanical behavior, including mesoscopic scale physics principles, unconventional statistics (Levy statistics, fractional Brownian motion, extended Gaussian distribution, etc.), mechanical simulation of ultrasound medical image detection, fractional order turbulence Intermittent statistical differential equations of derivatives and Hausdorff derivatives, Reynolds equation modeling, geomechanical constitutive models, "anomalous" diffusion.
l Hydraulic structure simulation, damage detection, safety assessment and repair technology. Distinguished Fellow of ICCES (2014), the 5th China Overseas Chinese Community Contribution Award (Innovative Talent) (2014), Nanjing’s Top Ten Science and Technology Stars (2013), the second level of Jiangsu Province’s “333 Talent Project” (2013), Jiangsu Province Member of the Provincial Committee of the Chinese People's Political Consultative Conference (2013), Distinguished Professor of Jiangsu Province (Key Funding, 2012), National Science Fund for Outstanding Youth (2011), Humboldt Research Fellowship for Experienced Researchers (2009), Du Qinghua Engineering Computational Method Award (2009), Australian Leadership Awards (ALA) Fellowship (2008), Ministry of Education’s “New Century Excellent Talent Support Plan” (2006), JSPS Research Fellowship Award (Japan, 1998-2000), Motorola Scholarship (1997), Siemens Scholarship (1995), Guanghua First-Class Scholarship (1995); written He has 1 academic monograph in English and 3 academic monographs in Chinese, 12 authorized software copyrights, 3 invention patents, 1 utility model patent, and applied for 6 invention patents. He has published more than 130 SCI papers and has been cited by others in SCI more than 1,300 times. This article has been cited more than 120 times. Our paper published in Journal of Computational Physics, 235: 52-66 ranked first in SCI citations among all 1630 papers published in the journal from February 2013 to May 2015; published in PhysicaA-Statistical Mechanics and its Applications , 388(21): 4586-4592, the paper ranked fourth in SCI citations among all 3386 papers published in the journal from 2009 to June 2014; published in Journal of Marine Science and Technology, 17(3): 157 The paper with -163 ranks fourth among all 528 papers published in this journal from September 2009 to May 2015 in terms of SCI citations; the paper published in Computers & Mathematics with Applications, 43 (3-5): 379-391 Among all 5414 papers published in the journal from 2002 to June 2014, it ranked sixth in terms of SCI citations; the papers published in Engineering Analysis with Boundary Elements, 26(6): 489-494 ranked sixth in the journal from 2002 to 2014. Ranked 14th in SCI citations among all 1592 papers published in June; the paper published in Journal of the Acoustical Society of America, 115(6):1424-1430 ranked 14th among all papers published in the journal from 2004 to June 2014. Ranked 64th in SCI citations among 8,034 papers.
Have 6 years of overseas research work experience, participated in more than 50 academic conferences in more than a dozen countries and had 5 short-term academic visits; a member of the international academic committee of 15 conferences, and a member of 1 overseas international conference *** Co-chairman, more than 10 domestic and foreign conference invitation reports and 6 conference reports, organizer of 4 international and 2 domestic academic conferences (see academic activities for details); in universities, national research institutes, industrial research institutes, etc. He has worked in different disciplines such as mechanics, industrial product design, and scientific computing in research institutions (see resume). He has hosted 18 and participated in 7 applied basic and industrial application research projects; he has extensive contacts with researchers from different academic backgrounds. Understand their way of thinking and professional language. But the main research content is always centered on applied mechanics. This is because mechanics is an interdisciplinary applied basic discipline that can be used in many different technical fields. Please click here for the research work before returning to China in 2004.