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Author: luxueqiang

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 <span class='anchor' id='about-me'></span>
 
-I am doing research on the mechanisms of breaching in landslide/moraine dams and the resulting outburst floods. I have designed a custom instrumented flume capable of monitoring dynamic (via force plate) and seismic (using geophones) signals during dam breaching and outburst flooding events. My expertise encompasse both experimental research and numerical simulations (utilizing depth-averaged continuum models, OlaFOAM or OpenFOAM).
+**Research Interests and Expertise**
+I am a PhD researcher specializing in geological hazards, with a particular focus on the mechanisms of breaching in landslide and moraine dams and the resulting outburst floods. My research integrates experimental investigations and numerical modeling to enhance our understanding of dam failure processes and their downstream impacts.
 
-Till now, I have published a total of 6 journal papers, with 4 of which in TOP journals. I have served as the first author or corresponding author on 2 of these publications. Collectively, these papers have garnered google scholar <a style="display: none;" href='https://scholar.google.com/citations?user=YOUR_GOOGLE_SCHOLAR_ID&user=Bg80K9YAAAAJ'><strong><span id='total_cit'></span></strong> google scholar citations </a> <a href='https://scholar.google.com/citations?user=YOUR_GOOGLE_SCHOLAR_ID&user=Bg80K9YAAAAJ'><img src="https://img.shields.io/endpoint?url={{ url | url_encode }}&logo=Google%20Scholar&labelColor=f6f6f6&color=9cf&style=flat&label=citations"></a>.
+In my experimental work, I have designed and developed a custom instrumented flume capable of real-time monitoring of dynamic (force plate) and seismic (geophones) signals during dam breaching and outburst flood events. This setup allows for a detailed analysis of the physical and mechanical processes governing breach initiation and evolution. On the numerical side, I employ depth-averaged continuum models in combination with computational fluid dynamics (CFD) tools such as OlaFOAM and OpenFOAM to simulate breach dynamics and flood wave propagation. 
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+My research aims to improve the scientific understanding of natural dam failures and contribute to the development of more effective hazard assessment and risk mitigation strategies.
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+Till now, my publications have garnered google scholar <a style="display: none;" href='https://scholar.google.com/citations?user=YOUR_GOOGLE_SCHOLAR_ID&user=Bg80K9YAAAAJ'><strong><span id='total_cit'></span></strong> google scholar citations </a> <a href='https://scholar.google.com/citations?user=YOUR_GOOGLE_SCHOLAR_ID&user=Bg80K9YAAAAJ'><img src="https://img.shields.io/endpoint?url={{ url | url_encode }}&logo=Google%20Scholar&labelColor=f6f6f6&color=9cf&style=flat&label=citations"></a>.
 
 🌈🌈🌈 If you are interested in further discussions on academic topics related to my research, please don't hesitate to reach out via email at *[email protected]* or *[email protected]*.