Rate My Professor Ruiping Zou

A leading scientist in particle and powder technology, Ruiping Zou's research specializations encompass particle packing and agglomeration, particle-fluid flows, metallurgical processes, and advanced simulation techniques such as discrete element modeling (DEM) and coupled computational fluid dynamics-discrete element method (CFD-DEM). Her work addresses practical applications including product and process control for ultrafine minerals, DNS-DEM simulations of particle-liquid flows, and investigations into mould fluxes for continuous casting of high-aluminum steel. She has authored or co-authored over 150 publications, including more than 104 peer-reviewed journal papers, notable examples being 'Porosity calculation of mixtures of fibrous particles' (2003, with Aibing Yu), 'Dynamic simulation of the packing of ellipsoidal particles' (with Zongyan Zhou, David Pinson, and Aibing Yu), 'Fast prediction and control of air core in hydrocyclone by machine learning to stabilize operations' (with Qing Ye, Shibo Kuang, Peibo Duan, and Aibing Yu), and 'Numerical Investigation of Burden Distribution in Hydrogen Blast Furnace' (2022, with Jing Li, Shibo Kuang, and Aibing Yu). Professor Zou has secured over 3.35 million AUD in research funding from university initiatives and Australian Research Council (ARC) competitive grants, encompassing 8 ARC projects and contributions to 2 ARC Research Hubs. She has supervised or co-supervised 30 postgraduate students, 22 of whom have graduated. Furthermore, she has reviewed ARC grant applications and manuscripts for prominent journals such as Powder Technology, Chemical Engineering Science, and Industrial & Engineering Chemistry Research. From 2016 to 2022, she served as Managing Editor for Powder Technology published by Elsevier.