+44 (0)113 343 2405
Dr. Hassanpour currently supervises 11 students in total, in addition to running various research projects at the University of Leeds:
- EPSRC Research grant: Assessing Flowability of Cohesive Powders from a Small Sample Quantity (Co-I) (2009-2013)
- EPSRC Doctorate Training Grant: Simulation of Particle-Interaction Effects in Turbulent Flows (PI) (2010-2015)
- EPSRC/Johnson Matthey Industrial Case Award: Effect of Milling on the Catalytic Characteristics and Crystalline Structure of Gamma Alumina (PI) (2011-present)
- Qatar National Priorities Research Programme: Electrostatic Separation of Water (ESOW) from Oil Emulsions and Development of Compact Electrostatic Coalescers (Co-I) (2013-present)
- Procter and Gamble, UK: Discrete Element Simulation of Particulate Processes (PI) (summer 2013)
- EPSRC/Astra Zeneca Industrial Case Award: Milling of Pharmaceutical Powders (Co-I) (2013-present)
- Corning Inc.: Analysis of Milling Behaviour of Silica (Co-I) (2013-present)
- TSB: Creating high value compact products to increase total UK’s total supply chain reach (Co-I) (2014-present)
- IFPRI: Characterisation of powder flow at low consolidation (Co-I) (2014-present)
- EU: Robust and affordable process control technologies for improving standard and optimising industrial operations (Co-I) (2015-present)
- TSB: Titanium Powder for net-shape component manufacture (Co-I) (2015-present)
- TSB: Towards Digital Design and Operation of Robust Manufacturing Processes for the Pharmaceutical Sector (Co-I) (2015-present
His research interests include the following areas:
- Distinct Element Method (DEM) and coupling with Computational Fluid Dynamics (CFD) simulation of the granular media in order to relate bulk behaviour to single particle properties
- Mechanical characterisation of particles: Measurement of hardness, Young’s modulus, yield stress, fracture toughness, size, density and porosity
- Size reduction: Breakage and attrition of the particles (during milling, impact, bulk compression, shear deformation and fluidisation) and study of its relationship with single particle properties
- Compression behaviour of the bulk particles (in terms of deformation, compaction, crushing) and its relationship with single particle properties
- Flowability of powders: Measurement of flow factor by annular shear cell and unconfined yield stress and establishing its relationship with single particle properties
- Size enlargement: Granulation of powders, including wet granulation in high shear mixers, modelling and scale-up of high shear mixer granulators
- Dispersion of powders: For the application of dry system size analysis, and dry powder inhaler
- Electrostatics effects on powders: Tribo-electrification of pharmaceutical powders, segregation of formulated bulk powders due to electrostatic effects
- Deformation, break-up and coalescence behaviour of drops under electric field
Some of Dr. Hassanpour’s key publications are shown below:
Pasha M; Hassanpour A; Ahmadian H; Tan HS; Bayly A; Ghadiri M A comparative analysis of particle tracking in a mixer by discrete element method and positron emission particle tracking. Powder Technology, vol. 270, pp.569-574. 2015.
Mhatre S; Vivacqua V; Ghadiri M; Abdullah AM; Al-Marri MJ; Hassanpour A; Hewakandamby B; Azzopardi B; Kermani B Electrostatic phase separation: A review. Chemical Engineering Research and Design, vol. 96, pp.177-195. 2015.
Afkhami M; Hassanpour A; Fairweather M; Njobuenwu DO Fully coupled LES-DEM of particle interaction and agglomeration in a turbulent channel flow. Computers and Chemical Engineering, vol. 78, pp.24-38. 2015.
Caulkin R; Tian W; Pasha M; Hassanpour A; Jia X Impact of shape representation schemes used in discrete element modelling of particle packing. Computers and Chemical Engineering, vol. 76, pp.160-169. 2015.
Afkhami M; Hassanpour A; Fairweather M; Njobuenwu DO Reynolds number effects on particle agglomeration in turbulent channel flow in: Klemeš JJ; Varbanov PS; Liew PY (editors) Computer Aided Chemical Engineering, vol. 33, pp.967-972. Elsevier. 2014.
A link to Dr. Hassnapour’s Google Scholar page can be found here.
A link to Dr. Hassnapour’s researchgate page can be found here.