BiographyFemale, Doctor of Engineering, Professor, and supervisor for both doctoral and master's students. Graduated from South China University of Technology in 2006 with a Doctor of Engineering degree in Solid Mechanics, and has been teaching at the university since then. From March 2012 to March 2013, she conducted research as a visiting scholar at the University of Edinburgh in the UK. She has long been engaged in scientific research and teaching in areas such as fatigue fracture, FRP engineering materials, bridge reinforcement, bridge health monitoring, and surface mechanical properties of FRP and concrete components. In recent years, she has led two National Natural Science Foundation of China (NSFC) general projects, one sub-project of the National Key Research and Development Program, and multiple horizontal projects. She has participated in one NSFC key project, one major science and technology project of the NSFC, four NSFC projects, and over 20 projects commissioned by enterprises and institutions. She has published over 100 journal papers and obtained seven invention patents and multiple utility model patents. She has won two second prizes of the Guangdong Provincial Science and Technology Progress Award. Currently, she is a member of the Chinese Society of Theoretical and Applied Mechanics, the Chinese Society of Civil Engineering, and the Guangdong Society of Theoretical and Applied Mechanics. EducationJune 2003 - June 2006, South China University of Technology, (School of Traffic), Doctoral Degree September 1996 - June 1999, Zhengzhou University of Technology (now Zhengzhou University), Master's Degree September 1988 - June 1992, Zhengzhou Institute of Technology (now Zhengzhou University), Undergraduate Admission InformationWorkExperienceSocial PositionResearch AreasThe main research fields include fatigue fracture mechanics, FRP engineering materials, bridge reinforcement, bridge health monitoring, research on the mechanical properties of FRP and concrete components' surfaces, etc. Mainly, systematic research has been conducted on the fatigue, damage and fracture issues of bridge engineering materials and structures, with a particular focus on the influence of prestressed FRP materials on the mechanical performance of reinforced structures. The fatigue behavior of fiber thin plates under wet and hot conditions, as well as prestressed fiber thin plate components, and the fatigue and peel-off fracture mechanisms at the interface between FRP and concrete components have been studied. In recent years, in-depth research has been carried out on the durability of FRP-reinforced RC components under subtropical wet and hot natural exposure environments and indoor accelerated wet and hot environments. Courses TaughtUndergraduate teaching: 1.Basic mechanics courses such as Engineering Mechanics and Mechanics of Materials. 2. Guide students to complete multiple SRP innovation project assignments. Graduate student teaching: Teaching the courses Fatigue and Fracture Mechanics and Damage and Fracture of Engineering Materials Research ProjectSelected Publications
AchievementsPatentHonorSoftware achievement |
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Guoxinyan |
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Tel: Email: xyguo@scut.edu.cn Department: School of Civil Engineering and Transportation Office Location: Jiaotong Building 115 Research Interests: Fatigue and fracture mechanics; Strengthening of bridge |