Xiong Shoumei, male, 1992 graduated from department of mechanical engineering, Tsinghua University, with a doctorate in engineering. He is currently Professor department of mechanical engineering of Tsinghua University, doctoral supervisor, director of Tsinghua Toyo Mg-Al Alloy Forming Technology Research and Development Center, director of ficmes, and director of the Die Casting Professional Committee of National Foundry Society.
Chinese name: Xiong Shoumei
Nationality: China.
Occupation: teacher
Graduate school: Tsinghua University.
Masterpiece: simulation technology of casting process
academic degree
1990.02-1992.12 Ph.D. candidate in foundry in department of mechanical engineering, Tsinghua University, with a doctorate in engineering.
1987.09-1989.12, department of mechanical engineering, Tsinghua University, master's degree, casting major, master of engineering.
1982.09- 1987.07, department of mechanical engineering, Tsinghua University, undergraduate, majoring in foundry, bachelor of engineering.
Best track record
20 13.0438+0-~, Professor, Tsinghua University Institute of Materials.
1992.12-2012, department of mechanical engineering, Tsinghua University, professor (2000), associate professor (1995), lecturer (1992).
1992.02- 1997.02, research assistant, Hong Kong Polytechnic University.
Academic part-time job
Chairman of ISO/TC306
Vice Chairman of China Foundry Association
Vice chairman fix
Chairman of ficmes die casting professional Committee
Vice Chairman of Editorial Board of Foundry Magazine
Vice Chairman of Editorial Board of China Foundry Magazine
research field
High performance aluminum alloy and magnesium alloy die casting process (high vacuum die casting, oxygen die casting, ultra-low speed die casting)
Comprehensive computational materials engineering
Die casting aluminum alloy and magnesium alloy materials
Magnesium alloy melt protection
Awards and honors
20 16 Tsinghua University Excellent Doctoral Thesis Tutor Award
20 13 Tsinghua University Excellent Doctoral Thesis Tutor Award
20 1020 10 technical achievement award
20 10 excellent project of national natural science foundation: "research on casting pressure transfer and interface heat transfer behavior in high pressure casting process"
Tsinghua University Excellent Doctoral Thesis Tutor Award in 2009
Tsinghua University Academic Newcomer Award in 2005
In 2004, he was selected into the "New Century Excellent Talents Support Program" of the Ministry of Education.
Second prize of Beijing Science and Technology Award in 2002 (second finisher)
1999 first prize of scientific and technological progress of the Ministry of Education (fifth finisher)
1996 second prize of scientific and technological progress of the state education commission (third finisher)
academic achievement
He has made outstanding contributions to high-density magnesium-aluminum alloy die casting technology, macro/micro numerical simulation of die casting process and magnesium alloy melt protection. As the person in charge, he undertook and completed the 1 national major project "Innovative platform for modeling and simulation of the whole process of advanced forming and manufacturing" (2012zx04012-0/2016).
Authorized national invention patents 10, 6 computer software registration rights, published monograph 1 department, participated in compiling monograph 1 department, and edited and published article 6 of volume 19 of Material Engineering Grand Ceremony.
He published more than 260 academic papers, 98 of which were included in SCI. Has been included in EiCompendexWeb 155 articles.
Representative papers are as follows:
1. Wang, Guo, Xiong. The morphology of primary silicon particles was characterized by synchrotron radiation X-ray tomography. Material characteristics, 123:354-359(20 17)
2. Yang, Mi, Xiong, S.M., Guo, Z. Effects of different solutes Additionandenditemorphology and OrientationSelectionCincastbinarymagnesium alloys, Journal of Materials, 1 12, 26 1-272 (20/kloc
3. Bi, Zhong, Xiong, Zhang Shimin, Li, Guo Zhiping, Development of Fluid-Particle Model Simulation of External Solidification Crystallization and Evolution of Defect Zone High Pressure Die Casting, Metallurgy and Materials Science, Vol.47, No.2, pp. 939-947 (20 16).
4. Li, X, Xiong, S.M., Guo, Z. Failure Analysis of High Pressure Casting Magnesium Alloy, Materials Science and Engineering, Vol. 674, pp. 687-695 (20 16).
5. Li, X, Xiong, S.M., Guo, Z. Failure behavior of high-pressure die-casting az 9 1 magnesium alloy, materials science and engineering, properties, microstructure and processing of a- structural materials, vol. 672, pp. 2 16-225 (20 16
6. Li, Xu, Xiong, Sun Mingjun, Guo, Zhou, Improvement of mechanical properties of FAZ 9 1 alloy by vacuum-assisted high pressure casting, Journal of Materials Processing Technology, vol. 2365438, pp. 65438-0-7 (20 16).
7. Li, X, Xiong, S.M., Guo, Z. On the porosity induced by high-pressure casting of 60 spherical crystals and its influence on the initiation and propagation of cracks, materials science and engineering, properties of structural materials, microstructure and processing, vol. 633, p. 35-4 1 page (20 15).
8. Yang, Mi, Xiong, Zhang Shiming, Guo, Zhong. Characteristics of synchronous X-ray tomography and three-dimensional field simulation of magnesium ions. Acta Materials, vol. 92, pp. 8- 17 (20 15).
9. Guo; M, j; Bear; Grant, P.S., Phasefield Studiofip Operating State of AfreelyGrowth DendriteagainstConvectionUsing Parallel Anovelle, Journal of Computational Physics, Vol. 257, pp. 278-297, JAN 1520 14.
10. Cha Jianguo, Li Jianguo, Xiong Shuming, Han Zhiqing, Fracture Behavior of a390 Aluminum Alloy, Journal of Alloys and Compounds, 550,370-379 (2013).
1 1. Wang Xiaofeng, Xiong Shuming, Oxidation Behavior of Molybdenum in Atmospheric Environment Containing SO2, Corrosion Science, 66,300-307 (2013)
12. Xi' an-Faye Wong, Shou-Xiong Mei, Characterization of Surface Film Formation, Molybdenum-containing 9 1 Mg-Al Alloy Microspheres, Journal of Metallurgy and Materials, Vol.43, No.0/1,PP 4406-441.
13. Wang, xian Fei, Xiong, shou mei, characterization of surface films containing sulfur dioxide, materials chemistry and physics, v 135, n2-3, p54 1-548(20 12)
14. xian, shou, oxidation behavior of molybdenum dioxide, corrosion science, 53( 12), 4050-4057(20 1 1).
15. Song and Jie; Bear, Shoumei. Relationship between as-cast microstructures of high vacuum die casting Mg-9Al-1znmagnesimalloy, Journal of Alloys and Compounds, Vol.509, No.5, P1866-1869 (2011).
Masterpiece: simulation technology of casting process
Representative thesis: Calculation of temperature field during solidification in different regions.