Our Publications: 

• R. Ge, D.J. Cumming, R.M. Smith, (2022). Discrete element method (DEM) analysis of lithium ion battery electrode structures from X-ray tomography-the effect of calendering conditions, Powder Technology, 403, 117366 
• L.G. Wang, C. Omar, J.D. Litster, D. Slade, J. Li, A. Salman, S. Bellinghausen, D. Barrasso, N. Mitchell, (2022). Model driven design for integrated twin screw granulator and fluid bed dryer via flowsheet modelling, International Journal of Pharmaceutics, 628, 122186
• S. Bellinghausen, E. Gavi, L. Jerke, D. Barrasso, A.D. Salman, J.D. Litster, (2022). Model-driven design using population balance modelling for high shear granulation, Powder Technology, 396, 578-595 
• L.G. Wang, J.P. Morrissey, D. Barrasso, D. Slade, S. Clifford, G. Reynolds, J.Y. Ooi, J.D. Litster, (2021). Model driven design for twin screw granulation using mechanistic-based population balance model, International Journal of Pharmaceutics, ​607, 120939
• L.G. Wang, C. Omar, J.D. Litster, J. Li, N. Mitchell, S. Bellinghausen, D. Barrasso, A. Salman, D. Slade, (2021). Tableting model assessment of porosity and tensile strength using a continuous wet granulation route, International Journal of Pharmaceutics, 607, 120934.
• A.S. Yeardley, S. Bellinghausen, R.A. Milton, J.D. Litster, S.F. Brown, (2021). Efficient global sensitivity-based model calibration of a high-shear wet granulation process, Chemical Engineering Science, 238, 116569
• L.G. Wang, S.U. Pradhan, C. Wassgren, D. Barrasso, D. Slade, J.D. Litster, (2020). A breakage kernel for use in population balance modelling of twin screw granulation, Powder Technology, 363, 525-540
• L. Farber, D. K. Al-aaraj, R.M. Smith, M. Gentzler (2020). Formation and internal microstructure of granules from wetting and non-wetting efavirenz/iron oxide blends, Chemical Engineering Science, 227, 115909
• O. Arjmandi-Tash, J.D. Tew, K. Pitt, R.M. Smith, J.D. Litster (2019). A new mathematical model for nucleation of spherical agglomerates by the immersion mechanism, Chemical Engineering Science: X, 4, 100048
• S. Bellinghausen, E. Gavi, L. Jerke, P.K. Ghosh, A.D. Salman, J.D. Litster, (2019). Nuclei size distribution modelling in wet granulation, Chemical Engineering Science: X 4, 100038
• S.A.L. de Koster, K. Pitt, J.D. Litster, R.M. Smith (2019). High Shear Granulation: An investigation into the granule consolidation and layering mechanism, Powder Technology, 335, 514-525
• N. Yusof, J. Green, K. Pitt, O. Arjmandi-Tash, A.I. Campbell, H. Ahmedian, H. Tantawy, R.M. Smith (2019). A novel method for the analysis of particle coating behaviour via contact spreading in a tumbling drum: Effect of coating liquid viscosity, Powder Technology, 351, 102-114
• K. Pitt, R. Peña, J.D. Tew, K. Pal, R.M. Smith, Z.K. Nagy, J.D. Litster (2018). Particle design via spherical agglomeration: A critical review of controlling parameters, rate processes and modelling. Powder Technology, 326, 327-343
• K. Pitt, R.M. Smith, S.A.L. de Koster, J.D. Litster, M.J. Hounslow (2018). Kinetics of immersion nucleation driven by surface tension. Powder Technology, 335, 62-69 
• E. Ireland, K. Pitt, R.M. Smith (2016). A review of pulsed flow fluidisation; the effects of intermittent gas flow on fluidised gas-solid bed behaviour. Powder Technology, 292, 108-121
• A. Rashid, E.T. White, T. Howes, J.D.  Litster, I. Marziano (2015). The Metastability and Nucleation Thresholds of Ibuprofen in Ethanol and Water-Ethanol Mixtures. International Journal of Chemical Engineering, Article ID 560930
• R. Sayin, A.S. El Hagrasy, J.D. Litster (2015). Distributive mixing elements: Towards improved granule attributes from a twin screw granulation process. Chemical Engineering Science, 125, 165-175
• B. Mitra, J. Hilden, J.D. Litster (2015). Novel use of monodisperse granules to deconvolute impacts of granule size versus granule solid fraction on tablet tensile strength. Advanced Powder Technology, 26(2), 553-562
• J. Lu, J.D. Litster, Z.K. Nagy (2015). Nucleation Studies of Active Pharmaceutical Ingredients in an Air-Segmented Microfluidic Drop-Based Crystallizer. Crystal Growth & Design, 15(8), 3645-3651
• K. Pitt, M.J. Hounslow (2015). Aggregation of growing crystals in suspension: III. Accounting for adhesion and repulsion. Chemical Engineering Science, 133, 148-156
• K. Pitt, M.J. Hounslow (2015). Aggregation of growing crystals in suspension: II. Poiseuille flow crystalliser. Chemical Engineering Science, 122, 384-394
• M.J. Hounslow, E.J.W. Wynn, M. Kubo, K. Pitt (2013). Aggregation of growing crystals in suspension: I. Mumtaz revisited. Chemical Engineering Science, 101, 731-743
• R.M. Smith, J.D. Litster (2012). Examining the failure modes of wet granular materials using dynamic diametrical compression. Powder Technology, 224, 189-195
• W.N. Al Nasser, K. Pitt, M.J. Hounslow, A.D. Salman (2012). Monitoring of aggregation and scaling of calcium carbonate in the presence of ultrasound irradiation using focused beam reflectance measurement. Powder Technology, 238, 151-160
• K. Pitt, G.P. Mitchell, A. Ray, B.R. Heywood, M.J. Hounslow (2012). Micro-mechanical model of calcium oxalate monohydrate aggregation in supersaturated solutions: Effect of crystal form and seed concentration. Journal of Crystal Growth, 361, 176-188
• ​R.M. Smith, L.X. Liu, J.D. Litster (2010). Breakage of drop nucleated granules in a breakage only high shear mixer. Chemical Engineering Science, 65(21), 5651-5657
• L.X. Liu, R.M. Smith, J.D. Litster (2009). Wet granule breakage in a breakage only high-hear mixer: Effect of formulation properties on breakage behaviour. Powder Technology, 189(2), 158-164
• K.P. Hapgood, R.M. Smith, J.D. Litster (2003). Nucleation regime map for liquid bound granules. AICHE Journal, 2(49), 350-361