Simon Watt
Simon Watt
UNSW Canberra
Bestätigte E-Mail-Adresse bei
Zitiert von
Zitiert von
Linear and nonlinear dynamics of cylindrically and spherically expanding detonation waves
SD Watt, GJ Sharpe
Journal of Fluid Mechanics 522, 329-356, 2005
Deterministic KPZ model for stromatolite laminae
MT Batchelor, RV Burne, BI Henry, SD Watt
Physica A: Statistical Mechanics and its Applications 282 (1-2), 123-136, 2000
The accurate dynamic modelling of contaminant dispersion in channels
SD Watt, AJ Roberts
SIAM Journal on Applied Mathematics 55 (4), 1016-1038, 1995
Combustion pseudo-waves in a system with reactant consumption and heat loss
GN Mercer, RO Weber, BF Gray, SD Watt
Mathematical and Computer Modelling 24 (8), 29-38, 1996
A theoretical explanation of the influence of char formation on the ignition of polymers
SD Watt, JEJ Staggs, AC McIntosh, J Brindley
Fire safety journal 36 (5), 421-436, 2001
Continuum model for radial interface growth
MT Batchelor, BI Henry, SD Watt
Physica A: Statistical Mechanics and its Applications 260 (1-2), 11-19, 1998
A streamline approach to two-dimensional steady non-ideal detonation: the straight streamline approximation
SD Watt, GJ Sharpe, SAEG Falle, M Braithwaite
Journal of Engineering Mathematics 75 (1), 1-14, 2012
One-dimensional linear stability of curved detonations
SD Watt, GJ Sharpe
Proceedings of the Royal Society of London. Series A: Mathematical, Physical …, 2004
Mathematical and image analysis of stromatolite morphogenesis
MT Batchelor, RV Burne, BI Henry, SD Watt
Mathematical Geology 35 (7), 789-803, 2003
A weight-function approach for determining watershed initial conditions for combustion waves
SD Watt, RO Weber, HS Sidhu, GN Mercer
IMA journal of applied mathematics 62 (2), 195-206, 1999
The construction of zonal models of dispersion in channels via matched centre manifolds
SD Watt, AJ Roberts
The ANZIAM Journal 38 (1), 101-125, 1996
Dimensional reduction of a bushfire model
SD Watt, AJ Roberts, RO Weber
Mathematical and computer modelling 21 (9), 79-83, 1995
Analysis of a model for ethanol production through continuous fermentation: Ethanol productivity
S Watt, HS Sidhu, MI Nelson, AK Ray
International Journal of Chemical Reactor Engineering 8 (1), 2010
Analysis of a model for ethanol production through continuous fermentation
S Watt, HS Sidhu, MI Nelson, AK Ray
ANZIAM Journal 49, C85-C99, 2007
Combustion waves: Non adiabatic
RO Weber, GN Mercer, BF Gray, SD Watt
Modeling in Combustion Science, 283-295, 1995
Performance analysis of the activated sludge model (number 1)
MI Nelson, HS Sidhu, S Watt, FI Hai
Food and Bioproducts Processing 116, 41-53, 2019
Modelling pasture mass through time in a managed grazing system subject to perturbations resulting from complexity in natural biological processes
AB Pleasants, GC Wake, DG McCall, SD Watt
Agricultural Systems 53 (2-3), 191-208, 1997
Using phase change materials and air gaps in designing fire fighting suits: a mathematical investigation
HL Phelps, SD Watt, HS Sidhu, LA Sidhu
Fire Technology 55 (1), 363-381, 2019
Surface width scaling in noise reduced Eden clusters
MT Batchelor, BI Henry, SD Watt
Physical Review E 58 (3), 4023, 1998
The relaxation of May's conjecture for the logistic equation
GC Wake, SD Watt
Applied Mathematics Letters 9 (5), 59-62, 1996
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