About me
I received a Ph.D in geophysics from the Institute of geophysics China Earthquake Administration in July, 2019. My research focuses on ground motion simulation and site-specific seismic hazard analyses.
As part of the National Key Research and Development Projects, my doctoral dissertation examined a new methodology for the estimation of ground motion parameters for seismic appraisal of super-high arch dams. To predict strong ground motions for future earthquake, we needed to define both source spectra path attenuation and site amplification factors. In my research, we use the generalized inversion approach to estimate source and attenuation parameters for more than 800 earthquake events. Based on logic tree formulation and stochastic finite fault method, I further developed a framework which could compute the maximum credible near-field ground motion under complex geologic structures.
In addition to my dissertation research, I also had experiences in the research on the seismic data processing, seismic attenuation study and ground motion characteristics research. From 2010 to 2014, I worked in Earthquake Administration of Xinjiang and mainly worked on seismic observation and seismic data processing. I also conducted some research about focal mechanism inversion and shear wave splitting. These experiences gave me enough theoretical and practical knowledge of seismic research.
I am looking for a postdoctoral position in Geophysics.
Research Interests
Ground Motion Simulation, Seismic Hazard Analysis
My Thesis research
