The University of Newcastle, Researcher report.

Researcher: Dr Simon Iveson
School: School of Engineering
Commenced with Institution: 28-JUL-1997
Personal URL:

Funded Projects

Please note, only grants administered through the University of Newcastle Research Office are recorded here. For a more complete picture of the researcher's grant history a Personal URL may be supplied, above.

Research Team Initial Year Duration (Years) Funding Body/Client Award Type Title of Project Collaborating Partners Total Cash $ Total Inkind $
Emeritus Pr Neil Page;Dr Simon Iveson 2002 2 Australian Research Council Project - Discovery Projects Wet granule mechanics and their influence on agglomeration behaviour and granulation processes   154157  
Dr Simon Iveson 1999 4 Australian Research Council Fellowship - Australian Postdoctoral Research Fellowship Deformation, Bond Formation and Growth in Wet Granulation Processes   171688  

Research Higher Degree Supervision

For a more complete picture of the researcher's supervision history a Personal URL may be supplied at the top of this page.

Current Student Supervision

Program Supervision Level Research Topic
PhD (Chemical Engineering) Co-Supervisor Dry Processing of Coal and Minerals in a Reflux Classifier

Total Equivalent Full-time Student Units (EFTSU):

Supervision Level EFTSU
PhD 0.100

Research Publications

Please note, the publications listed here:
(1) relate to the researcher's position at the University of Newcastle only
(2) are for selected categories of publications, and
(3) relate to publication year 1998, onwards.
For a more complete picture of the researcher's publication history a Personal URL may be supplied at the top of this page.

Journal Article

Iveson Simon Matthew, ’Chill factor’, New Scientist, 199 81 (2008) [C3]

Iveson Simon Matthew, Page Neil William, ’Dynamic strength of liquid-bound granular materials: The effect of particle size and shape’, Powder Technology, 152 79-89 (2005) [C1]

Iveson Simon Matthew, Holt S, Biggs Simon Richard, ’Advancing contact angle of iron ores as a function of their hematite and goethite content: implications for pelletising and sintering’, International Journal of Mineral Processing, 74 281-287 (2004) [C1]

Iveson Simon Matthew, Page Neil William, ’Brittle to plastic transition in the dynamic mechanical behaviour of partially saturated granular materials’, Journal of Applied Mechanics, 71 470-475 (2004) [C1]

Iveson Simon Matthew, ’Correction to the Gas Phase Pressure Term in the Continuum Model for Partially Saturated Granular Media Presented by Pietruszczak and Co-Workers’, International Journal for Numerical and Analytical Methods in Geomechanics, 27 627-632 (2003) [C1]

Iveson Simon Matthew, Franks George Vincent, ’Particle Technology Demonstrations for the Classroom and Laboratory’, Chemical Engineering Education, Fall 2003 274-280 (2003) [C3]

Iveson Simon Matthew, Page Neil William, Litster Jim D, ’The Importance of Wet-Powder Dynamic Mechanical Properties in Understanding Granulation’, Powder Technology, 130 97-101 (2003) [C1]

Iveson Simon Matthew, ’Limitations of one-dimensional population balance models of wet granuation processes’, Powder Technology, 124 219-229 (2002) [C1]

Iveson Simon Matthew, Beathe Jai Andrew, Page Neil William, ’The dynamic strength of partially saturated powdeer compacts: the effect of liquid properties’, Powder Technology, 127 149-161 (2002) [C1]

Iveson Simon Matthew, ’Using written-answer questions to complement numerical problems’, Chemical Engineering Education, Spring 2002 130-133 (2002) [C1]

Iveson Simon Matthew, ’Granule coalescence modelling: including the effects of bond strengthening and distributed impact separation forces’, Chemical Engineering Science, 56 2215-2220 (2001) [C1]

Iveson Simon Matthew, Wauters P A L, Forrest S, Lister J D, Meesters G M H, Scarlett B, ’Growth regime map for liquid-bound granules: further development and experimental validation’, Powder Technology, 117 83-97 (2001) [C1]

Iveson Simon Matthew, Lister J D, Hapgood K, Ennis B J, ’Nucleation, growth and breakage phenomena in agitated wet granulation processes: a review’, Powder Technology, 117 3-39 (2001) [C1]

Iveson Simon Matthew, Page Neil William, ’Tensile bond strength development between liquid-bound pellets during compression’, Powder Technology, 117 113-122 (2001) [C1]

Iveson Simon Matthew, ’Calculating minimum liquid flowrates: New method for rich-phase gas absorption columns’, Chem.Eng.Education, 34 338-343 (2000) [C1]

Liu L X, Iveson Simon Matthew, Litster J D, Ennis B J, ’Coalescence of deformable granulesd in wet granulation processes’, AIChEJ, 46 529-539 (2000) [C1]

Iveson Simon Matthew, Holt S, Biggs S, ’Contact angle measurements of iron ore powders’, Colloids and Surfaces A: Physiochem.Eng.Aspects, 166 203-214 (2000) [C1]

Pepin X, Rossetti D, Iveson Simon Matthew, Simons S, ’Modelling the rupture of pendular liquid bridges in the presence of large wetting hysteresis’, J.Colloid & Interface Science, 232 289-297 (2000) [C1]

Iveson Simon Matthew, Litster J D, ’Fundamental Studies of Granule Consolidation Part 2: Quantifying the Effects of Particle and Binder Properties’, Powder Technology, 99 243-250 (1998) [C1]

Iveson Simon Matthew, Litster J D, ’Growth Regime Map for Liquid-Bound Granules’, AIChE Journal, 44 1510-1518 (1998) [C1]

Iveson Simon Matthew, Litster J D, ’Liquid-Bound Granule Impact Deformation and Coefficient of Restitution’, Powder Technology, 99 234-242 (1998) [C1]

Conference Publication

Mathers B, Rhodes M, Iveson Simon Matthew, ’A multimedia package for particle technology’, Proceedings, World Congress on Particle Technology 4, Sydney (2002) [E1]

Iveson Simon Matthew, Page Neil William, ’Dynamic strength of partially-saturated powder compacts: effects of particle shape and density’, Proceedings, World Congress on Particle Technology 4, Sydney (2002) [E1]

Franks George Vincent, Iveson Simon Matthew, Middlebrook Peter Douglas, Galvin Kevin Patrick, Evans Geoffrey Michael, ’Particle Technology in the undergraduate chemical engineering program at the University of Newcastle’, Proceedings, World Congress on Particle Technology 4, Sydney (2002) [E1]

Iveson Simon Matthew, Westra D P, Biggs S, ’Liquid penetration rates into porous iron ore particles: implications for granulation & sintering’, Proceedings, 6th World Congress of Chemical Engineering, Melbourne, Australia (2001) [E1]

Iveson Simon Matthew, Page Neil William, Litster J D, ’The importance of wet-powder dynamic mechanical properties in understanding granulation’, Proceedings,7th Intertnational Symposium on Agglomeration, Albi, France (2001) [E2]

Rossetti D, Pepin X, Iveson Simon Matthew, Simons S J, ’Dewetting phenomena during liquid bridge separation’, Proceedings AIChE 2000 Annual Meeting, Los Angeles, USA (2000) [E3]

Liu L X, Iveson Simon Matthew, Litster J D, Ennis B J, ’Population balance modelling of granulation with a new coalescence kernel’, Population balance modelling of particulate systems, Kailua, Kona Hawaii (2000) [E3]

Iveson Simon Matthew, Beathe J A, Page N W, ’The dynamic strength of wet powder compacts at varying strain rates’, Proceedings, First Asian Particle Technology Symposium, Bangkog, Thailand (2000) [E2]

Iveson Simon Matthew, Page Neil William, ’Bond Strength Formed Between Liquid-Bound Pellets During Compression’, Proceedings of the 26th Australasian Chemical Engineering Conference, Port Douglas, Australia (1998) [E1]

Iveson Simon Matthew, Holt S, Rapmond S, Loo C E, Biggs S R, ’The Effect of Solid-Liquid Contact Angle on the Granulation of Porous Materials: A Case Study on Iron Ore Granulation’, 1998 AIChE Annual Meeting, Florida, USA (1998) [E2]

Skills

Key Words

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