Gao Yang

Biography

Mainly engaged in damage mechanics, composite mechanics and mechanical properties of new materials research work. The specific research directions include: the mechanical behavior and performance control of the new functional materials, the basic mechanism of the failure of the material with defects and its protective measures, and the precise theory of the engineering structure of the beam and column . He has hosted the Humboldt Foundation in Germany, three National Natural Science Funds, New Century Excellent Talent Support Program, Education Foundation Innovation Team Construction Project , Beijing Natural Science Foundation and LNM Institute of Chinese Academy of Sciences . Was selected for the new century talent support program, won the German Humboldt Foundation " Humboldt scholar " , " Liaoning Province Natural Science Academic Achievement Award " three prize two times, " Dabei agricultural young scholars award " honor. Published in the international and domestic academic journals papers more than 130 articles, was SCI retrieved more than 80 papers, edited book in English 2 BuThe In 2009 Nian 8 months to 2011 Nian 7 during the month, as Humboldt visited Germany Freiberg University of Mining and Technology, University of Kassel, Germany Alexander von Humboldt hosted gold project; in 2013 Nian 12 months to 2014 Nian 11 visit to the US months Harvard University, and the United States Academy of Sciences, Professor Qi Zhigang cooperation research . During the period of teaching at China Agricultural University, we organize and participate in various extracurricular teaching activities to guide students to obtain 4 , 6 person- level projects of national and municipal college students innovation fundWon the Beijing Institute of Technology Youth Award for outstanding academic papers .

Research Interest

(1) the basic research on the mechanical properties of quasicrystal materials. The basic theoretical model, ie, the quasicrystal elastic solution and the Stroh formula, are proposed . For the first time, without any deformation or stress assumption is made, an accurate and unified quasicrystal beam theory is established to solve the complicated structure Coupling Mechanics of Quasicrystal Composites . (2) Quasi - crystalline material defects analysis of the application of basic research. To solve the problem of the complex coupling equation, the system deeply studies the defects and failure behaviors of the quasicrystal structure with cracks or inclusions, reveals the new coupling phenomena and physical laws, and establishes the failure of the quasicrystals with various conditions Rule and damage mechanism, put forward the corresponding enhanced toughening mechanism. (3) multi-field coupled beam and other engineering structure of the basic research. The development of a more accurate and more efficient quantitative analysis method to a unified way in different coupling field, obtained a simple, universal boundary conditions , the establishment of a series of complete, accurate beam plate theory .