Trevor Hilderman
Trevor Hilderman
Coanda Research and Development Corporation
Verified email at coanda.ca - Homepage
TitleCited byYear
Comparison of wind-tunnel and water-channel simulations of plume dispersion through a large array of obstacles with a scaled field experiment
E Yee, RM Gailis, A Hill, T Hilderman, D Kiel
Boundary-Layer Meteorology 121 (3), 389-432, 2006
802006
A model for effective toxic load from fluctuating gas concentrations
TL Hilderman, SE Hrudey, DJ Wilson
Journal of Hazardous Materials 64 (2), 115-134, 1999
521999
A simple network approach to modelling dispersion among large groups of obstacles
D Hamlyn, T Hilderman, R Britter
Atmospheric Environment 41 (28), 5848-5862, 2007
312007
Simulating concentration fluctuation time series with intermittent zero periods and level dependent derivatives
TL Hilderman, DJ Wilson
Boundary-Layer Meteorology 91 (3), 451-482, 1999
291999
Extension of a fluctuating plume model of tracer dispersion to a sheared boundary layer and to a large array of obstacles
RM Gailis, A Hill, E Yee, T Hilderman
Boundary-layer meteorology 122 (3), 577-607, 2007
262007
Feedwell for a gravity separation vessel
B Bara, J Spence, J Lorentz, TL Hilderman, CR Larson, DE Kiel
US Patent 8,550,258, 2013
202013
Feedwell for a gravity separation vessel
B Bara, J Spence, J Lorentz, TL Hilderman, CR Larson, DE Kiel
US Patent 8,550,258, 2013
202013
Predicting plume meandering and averaging time effects on mean and fluctuating concentrations in atmospheric dispersion simulated in a water channel
T Hilderman, DJ Wilson
Boundary-layer meteorology 122 (3), 535-575, 2007
142007
Measurement, modelling, and stochastic simulation of concentration fluctuations in a shear flow
TL Hilderman
42005
Stochastic simulation of concentration fluctuations for an effective toxic load model
TL Hilderman
41997
Effect of vertical wind shear on concentration fluctuation statistics in a point source plume
T Hilderman, DJ Wilson
Boundary-layer meteorology 129 (1), 65-97, 2008
32008
Stochastic reconstruction of intermittent zero concentration periods in plumes for accidental toxic and flammable releases
DJ Wilson, TL Hilderman
Air Pollution Modeling and Its Application XIII, 569-577, 2000
32000
Feedwell for a gravity separation vessel
B Bara, J Spence, J Lorentz, TL Hilderman, CR Larson, DE Kiel
US Patent 9,004,294, 2015
22015
Feedwell for a gravity separation vessel
B Bara, J Spence, J Lorentz, TL Hilderman, CR Larson, DE Kiel
US Patent 9,004,294, 2015
22015
Feedwell system for a separation vessel
KN Sury, B Bhargava, CR Larson, TL Hilderman, MR Shariati, DE Kiel
US Patent 9,283,499, 2016
12016
Feedwell system for a separation vessel
KN Sury, B Bhargava, CR Larson, TL Hilderman, MR Shariati, DE Kiel
US Patent 9,283,499, 2016
12016
Feedwell system
J Spence, B Bara, K Pougatch, DE Kiel, TL Hilderman
US Patent App. 14/693,695, 2016
2016
Feed delivery system for a froth settling unit
WN Garner, S Moetamed-shariati, TL Hilderman, DE Kiel
US Patent App. 14/511,474, 2015
2015
Poster 4 Wind shear distortion of concentration fluctuations from an elevated source
T Hilderman, DJ Wilson
Developments in Environmental Science 6, 740-741, 2007
2007
A study of the canopy top region in arrays of urban-type roughness combining laser Doppler velocimetry, flow visualisation and computational fluid dynamics to characterise the …
D Hamlyn, RE Britter, T Hilderman
2006
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