Huang Shiqing

Huang Shiqing

Huang Shiqing, male, born in 1976, doctor, member of the Communist Party of China, director of the teaching and research section of engineering mechanics, member of the seventh Youth Working Committee of the Chinese society of mechanics.

On November 27, 2019, he won the national Xu Zhilun excellent teacher award of mechanics of Chinese society of mechanics in 2019.

Personal profile

He obtained his bachelor's degree in Engineering Mechanics (1999) and master's degree in Solid Mechanics (2002) from the Department of engineering mechanics of Hunan University. He graduated from the school of aerospace and aeronautics of Tsinghua University in January 2008 with a doctor's degree in mechanics. He has been teaching in the Department of mechanics and civil engineering of Jinan University since February 2008. In November 2009, he won the title of "science and technology rookie" in the Institute of science and technology of Jinan University. In June 2010, he was awarded the post-graduate tutor of engineering mechanics, and in December 2010, he was awarded the associate professor.

research field

1. Micro nano mechanics and biomimetic mechanics: mainly engaged in the research of surface / interface stability of micro nano films, multi-level self-assembly of biomaterials and other fields; 2. Biomechanics: mainly engaged in the research of the relationship between cell adhesion, mechanical response of microfilaments and microtubules, deformation and biological function; finite element simulation of bone tissue engineering; 3. Structural mechanics of composite materials: mainly engaged in macro / micro composite materials /Multi scale mechanical analysis and numerical simulation of microstructure performance, fracture damage and failure.

research project

1. "Research on nonlinear stability of surface / interface of micro nano soft matter films under coupling field" of National Natural Science Youth Fund (approval No.: 10902043), 2010 – 2012, project leader; 2. "Surface instability and morphology evolution of micro nano soft matter films under coupling field" of new teacher Foundation of Ministry of education doctoral program, 2010 – 2012, project leader; 3. Outstanding young scholars of Guangdong universities Innovative talent cultivation project "theoretical analysis and numerical simulation of micro nano soft material film failure under thermal coupling effect" (approval No.: lym09027), 2010 – 2011, project leader; 4. Scientific research cultivation and innovation fund of Jinan University: "Research on key mechanical problems of flexible electronic system" (approval No.: 21609414), 2009 – 2010, project leader; 5 "Research on pore nucleation and evolution mechanism of micro nano soft matter film under thermal coupling effect", 2009-2010, project host; 6. Jinan University "211 Project" phase III funded academic works project "damage mechanics of composite structure", 2010-2011, project host; 7. National Natural Science Foundation key project sub project "impact load" Research on meso failure of fiber reinforced advanced composites (approval No.: 11032005), 2011-2014, project leader; 8. National Natural Science Foundation of China "multi scale mechanical research of carbon nanotube composites" (approval No.: 90305025), 2003-2005, mainly completed by; 9. National Natural Science Youth Foundation of China "Research on mechanical behavior and mechanism of multi scale hierarchical structure of silk" ”(approval No.: 10402017), 2005 – 2007, main completed person; 10. National Natural Science Foundation of China "response and mechanical gating mechanism of myocardial cell SAKCA channel under intermittent mechanical loading" (approval No.: 10602031), 2007 – 2009, main completed person; 11. National Natural Science Foundation of China "fine identification of bridge performance degradation and damage under moving heavy vehicle" (approval No.: 509) 12. National Science and technology support program "Research on special equipment standard system and development of key technical standards" (approval No.: 2006bak04a02-02-01), 2008-2009, main completion person; 13. Shenyang Aircraft Design and Research Institute Project "theoretical research and numerical simulation of mechanical behavior of carbon fiber composite laminated rectangular plate with defects", 2 009 – 2010, mainly completed by; 14. Guangzhou Aircraft Maintenance Engineering Co., Ltd. project "health monitoring of steel roof structure of Baiyun Airport 10 hangar", 2008 – 2010, mainly completed by; 15. Hong Kong Zhuhai Macao Bridge Authority project "preliminary design safety risk assessment of main works of Hong Kong Zhuhai Macao Bridge", 2009 – 2010, mainly completed by; 16. Key project of National Natural Science Foundation of China Objectives: multi scale mechanical research on failure mechanism of fiber reinforced advanced composite materials and their structures (approval No.: 11032005), 2011 – 2014, mainly completed by; 17. Research on medium and long term (2010 – 2030) development strategy of China's public safety related engineering science and technology, consulting project of Chinese Academy of engineering, 2010, mainly completed by.

Representative papers

1.HuangS.Q.,LiQ.Y.,FengX.Q.,YuS.W.,Patterninstabilityofasoftelasticthinfilmun dervanderWaalsforces.MechanicsofMaterials , 2006,38 (1): 88 – 99 (included in Sci & EI) 2. Huang s.q., lib., Feng x.q., three dimensional analysis of pontaneous surface instability and pattern ationofthinsoftfilms.JournalofAppliedPhysics . 2008103:083501 (included in Sci & EI) 3. Huang s.q, FengX.Q.,Spinodalsurfaceinstabilityof softelasticthinfilms.ActaMechanicaSinica . 2008,24 (3): 1 – 8 (included in Sci & EI) 4. Huang s.q., Zhao H.P., Feng x.q., mechanical properties of cocoon sconsconstructural secondarily by asingles ilkworm village, Bombyxmori.ActaMechanicaSinica . 2008,24 (1): 151 – 160 (included in Sci & EI) 5. Panx. H., Huang s.q., Yu S.W., Feng x.q, Interfacialslippageeffectonthesurfaceinstabilityofathinelasticfilmu ndervanderWaalsforce.JournalofPhysicsD : Applied Physics. 2009,42:055302 (included in Sci & EI) 6. Liu t.x., Huang s.q., fuy. M.. The constructive equation for ixed gardening orthotropicmaterials.AppliedMathematicsandMechanics . 2003,24 (2): 216 – 220 (included in SCI) 7. Fengx. Q., Huang S. Q, Theoreticalanalysisofthespontaneoussurfaceinstabilityfor thinsoftelasticfilms.AdvancesinHeterogeneousMaterialMechanics . 2008:491 – 495 (included in ISTP & EI) 8. Xiang, H., Fu, y.m., Huang, s.q., creep bucklingof general hexagonal honeycombund erbiaxialcompression.AdvancesinHeterogeneousMaterialMechanics . 2008:900 – 904 (included in ISTP & EI) 9. Lib., Huang s.q., Feng x.q, Bucklingandpostbucklingofacompressedthinfilmbondedonasoftela sticlayer:Athree-dimensionalanalysis.ArchiveofAppliedMechanics.2010 , 80 (2): 175 – 188 (included in SCI) 10. Huang Y., Fu, y.m., Huang s.q

Chinese PinYin : Huang Shi Qing