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My research (primarily experimental) focus on granular materials (i.e. large agglomerations of macroscopic particles) is an interdisciplinary field where physics and engineering meet. Understanding the physics of granular materials builds fundamentals for a wide range of application: From the prediction of natural disasters in such as landslide or debris flow through the enhancement of energy efficiency in industries (e.g. mining, pharmaceutics, waste water treatment) to emerging new technologies such as powder based additive manufacturing (3D printing).
My research (primarily experimental) focus on granular materials (i.e. large agglomerations of macroscopic particles) is an interdisciplinary field where physics and engineering meet. Understanding the physics of granular materials builds fundamentals for a wide range of application: From the prediction of natural disasters in such as landslide or debris flow through the enhancement of energy efficiency in industries (e.g. mining, pharmaceutics, waste water treatment) to emerging new technologies such as powder based additive manufacturing (3D printing).
研究兴趣
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arxiv(2022)
Epj Web of Conferences (2021): 15007
arxiv(2020)
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SCIENTIFIC REPORTSno. 1 (2020): 3207-3207
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2019 European Microwave Conference in Central Europe (EuMCE)pp.277-280, (2019)
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