|
Dr Ruihuan Ge
|
Biography
I received my Ph.D. in 2018 with a topic of creating tuneable agglomerates via 3D printing from Monash University, Australia. Prior to joining the University of Sheffield, I was a research associate at University of Birmingham and University of Bath (2018–2020).
My research interests include but not limited to: powder technology, energy storage device and additive manufacturing (3D printing). I have published about 20 papers including several international journals, e.g. AIChE Journal, Chemical Engineering Science, Powder Technology, Energy, and Journal of Intelligent Manufacturing.
Research
I joined the University of Sheffield as a Faraday Institution Research Fellow, working with Dr Rachel Smith and Dr Denis Cumming. My current research focuses on numerical modelling for next generation battery electrodes:
-Discrete Element Method (DEM) modelling for lithium battery manufacturing process, e.g. calendering, mixing.
-Design of lithium battery electrode microstructures with optimized performance.
Selected Publications
I received my Ph.D. in 2018 with a topic of creating tuneable agglomerates via 3D printing from Monash University, Australia. Prior to joining the University of Sheffield, I was a research associate at University of Birmingham and University of Bath (2018–2020).
My research interests include but not limited to: powder technology, energy storage device and additive manufacturing (3D printing). I have published about 20 papers including several international journals, e.g. AIChE Journal, Chemical Engineering Science, Powder Technology, Energy, and Journal of Intelligent Manufacturing.
Research
I joined the University of Sheffield as a Faraday Institution Research Fellow, working with Dr Rachel Smith and Dr Denis Cumming. My current research focuses on numerical modelling for next generation battery electrodes:
-Discrete Element Method (DEM) modelling for lithium battery manufacturing process, e.g. calendering, mixing.
-Design of lithium battery electrode microstructures with optimized performance.
Selected Publications
- Ge R.H. and Flynn J. (2021), A computational method for detecting aspect ratio and problematic features in additive manufacturing. Journal of Intelligent Manufacturing. (Accepted)
- Ge R.H., Humbert G., Martinez R., Attallah M.M. and Sciacovelli A. (2020), Additive manufacturing of a topology-optimised multi-tube energy storage device: Experimental tests and numerical analysis. Applied Thermal Engineering, 180, 115878.
- Ge R.H., Ghadiri M., Bonakdar T., Zhou Z.Y., Larson I. and Hapgood K. (2020), Deformation of 3D printed agglomerates: multiscale experimental tests and DEM simulation. Chemical Engineering Science, 217, 115526.
- Ge R.H., Wang L.G., Zhou Z.Y. (2019), DEM analysis of compression breakage of 3D printed agglomerates with different structures. Powder Technology, 356, pp.1045-1058.
- Ge R.H., Ghadiri M., Bonakdar T., Zhou Z.Y., Larson I. and Hapgood K. (2018), Experimental study of the deformation and breakage of 3D printed agglomerates: Effects of packing density and inter-particle bond strength. Powder Technology, 340, pp.299-310.
- Ge R.H., Ghadiri M., Bonakdar T. and Hapgood K. (2017), 3D printed agglomerates for granule breakage tests. Powder Technology, 306, pp.103-112.
- Ge R.H., Ye J.M., Wang H.G. and Yang W.Q. (2016), Investigation of gas-solids flow characteristics in a conical fluidized bed dryer by pressure fluctuation and electrical capacitance tomography. Drying Technology, 34, pp.1359-1372.
- Ge R.H., Ye J.M., Wang H.G. and Yang W.Q. (2014), Measurement of particle concentration in a Wurster fluidized bed by electrical capacitance tomography sensors. AIChE Journal, 60, pp.4051-4064.
Navigation |
Where to Find Us |
|
School of Chemical, Materials and Biological Engineering
Sir Robert Hadfield Building The University of Sheffield Mappin Street, Sheffield, S1 3JD |