GENERAL INFORMATION:

• Biographical Information

PROFESSIONAL SERVICES:

• Editorship of Journals
• Editorial
• Book Reviews
• Conferences

PUBLICATIONS:

• Books
• Research Papers:
  
  

  A	Load-deflection relations for rubber engineering components
  B	Buckling and inflation in finite elasticity
  C	General results in finite elasticity
  D	Multicomponent heat transfer or double diffusion problems
  E	Nonlinear diffusion
  F	Moving boundaries
  G	Microwave heating
  H	Industrial problems
  I	Coulomb-Mohr granular materials
  J	Hypoplastic granular materials
  K	Highly frictional granular materials
  L	Nanomechanics
  M	Miscellaneous
  N	Published conference papers

  
  

MY STUDENTS :

• Past Ph.D. Students
• Current Postgraduate Students

Past Ph.D Students :

• G. Davis, "Rate limiting mechanisms of pyritic oxidation in overburden dumps", 1983
• A.I. Lee, "Some mathematical aspects of non-classical diffusion", 1983
• L.H. Liyanage, "Theory and applications of random walks", 1983
• J.N. Dewynne, "Some moving boundary diffusion problems", 1985
• A. Kucera, "Some mathematical aspects of moving boundary problems", 1986
• A.A. Tordesillas, "Some theoretical aspects of modern coating technology", 1992
• A.H. Pincombe, "Analysis of microwave heating" 1992
• D.O. Marlow, "Heat treatment in the continuous processing of steel", 1996
• T. Katoanga, "Symmetry group analysis of granular media equations", 1998
• A.M. Milan, "Application of exact finite elastic deformations to the deisgn of rubber engineering components", 2000
• G.M. Cox, "Some mathematical aspects of rat-holes and sand-piles", 2001
• A. Antic, "Mathematical modelling of biological activity in grain silos", 2003
• N. Thamwattana, “Mathematical modelling of highly frictional granular materials”, 2004

Current Postgraduate Students :

• J. Brew, "Mathematical modelling of protein folding" (Ph.D. student, University of Wollongong-Australian Reseach Council Scholarship, commenced May 2006).
• B. Cox, “Mathematical modelling of the electrorheological force” (Ph.D. student, Australian Postgraduate Award, commenced December 2004).
• D. Baowan, “Modelling multi-walled carbon nanotubes as transversely isotropic elastic solids” (Ph.D. student, Thai Government Research Award, commenced July 2005).
• T. A. Hilder, “Mathematical modelling of carbon nanotubes and related structures” (Ph.D. student, Australian Postgraduate Award, commenced June 2005).
• H. N. W. P. Padukka, “The rippling effect for carbon nanotubes” (Research Masters student, commenced June 2005).
• A. Thornton, "Transport in porous media and crystalline solids" (Ph.D. student, Australian Postgraduate Award and CSIRO, commenced February 2006).
• B. Wu, “Mathematical modelling of nanoparticle melting problem ” (Ph.D. student, ARC funded scholarship, commenced September 2005).

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Last updated August 24, 2006