Brian Sanderson - Academia.edu (original) (raw)
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Papers by Brian Sanderson
Marine Models, 2002
Accurate density calculation that includes pressure effects is achieved with negligible computati... more Accurate density calculation that includes pressure effects is achieved with negligible computational cost in the context of three-dimensional ocean modelling. Local linear (or quadratic) fits to the full UNESCO (Anon, 1981) equation of state can be used in many ...
Journal of Physical Oceanography
International Journal of Marine Energy, 2015
ABSTRACT Large sediment-laden ice cakes form in the Minas Basin and concern has been raised that ... more ABSTRACT Large sediment-laden ice cakes form in the Minas Basin and concern has been raised that they might pose a substantial danger to in-stream tidal turbines deployed in strong tides of Minas Passage, Bay of Fundy. Consideration of buoyancy and drag shows that large ice cakes must have density within a much more narrow range than small ice cakes if they are to be dragged below the surface by turbulent motion. Density measurements of ice samples cut from large ice cakes show a bimodal distribution, with most samples being clearly buoyant and a minority being clearly negatively buoyant. Ice cakes are composed from materials (sediment, ice, salt, air) that are all substantially different in density from seawater. Very particular combinations of materials would be required to produce a large ice cake that could be entrained deep into the water column. Mechanisms for the production of large ice cakes fundamentally depend upon buoyant force, a large tidal range, and hypsometry having deep channels cut through tidal flats. We document the unlikely set of events that would be required in order to produce large ice cakes that are sufficiently near neutral buoyancy and also drift into the Minas Passage so as to pose a danger to large in-stream tidal turbines.
PROCEEDINGS OF HYDRAULIC ENGINEERING, 2005
12th Canadian Symposium on Remote Sensing Geoscience and Remote Sensing Symposium,, 1989
SAR ocean surface feature analysis in Conception Bay, Newfoundland. Keith A Thomson, Scott A Aken... more SAR ocean surface feature analysis in Conception Bay, Newfoundland. Keith A Thomson, Scott A Akenhead, Brian G Sanderson DIG INT GEOSCI REMOTE SENS SYMP(IGARSS) 4:27142714, 1989. Summary form only given. ...
Proceedings of the National Academy of Sciences, 2007
Molecular and Cellular Biology, 2009
Mathematical and Computer Modelling, 1995
Marine Ecology Progress Series, 2002
Journal of Physical Oceanography, 1996
Journal of Geophysical Research, 2007
Estuaries and Coasts, 2012
Bulletin of marine …, 1994
Atmosphere-ocean, 1992
Page 1. Measurements of Drifter Cluster Dispersion Badal K. Pal and Brian G. Sanderson* Deparîmen... more Page 1. Measurements of Drifter Cluster Dispersion Badal K. Pal and Brian G. Sanderson* Deparîment of Physics Memorial Universily of Newfoundland St John 's, Newfoundland AJB 3X7 [Originalmanuscript received 13 August 1990; in revised form 10 April 1992] ...
Marine Models, 2002
Accurate density calculation that includes pressure effects is achieved with negligible computati... more Accurate density calculation that includes pressure effects is achieved with negligible computational cost in the context of three-dimensional ocean modelling. Local linear (or quadratic) fits to the full UNESCO (Anon, 1981) equation of state can be used in many ...
Journal of Physical Oceanography
International Journal of Marine Energy, 2015
ABSTRACT Large sediment-laden ice cakes form in the Minas Basin and concern has been raised that ... more ABSTRACT Large sediment-laden ice cakes form in the Minas Basin and concern has been raised that they might pose a substantial danger to in-stream tidal turbines deployed in strong tides of Minas Passage, Bay of Fundy. Consideration of buoyancy and drag shows that large ice cakes must have density within a much more narrow range than small ice cakes if they are to be dragged below the surface by turbulent motion. Density measurements of ice samples cut from large ice cakes show a bimodal distribution, with most samples being clearly buoyant and a minority being clearly negatively buoyant. Ice cakes are composed from materials (sediment, ice, salt, air) that are all substantially different in density from seawater. Very particular combinations of materials would be required to produce a large ice cake that could be entrained deep into the water column. Mechanisms for the production of large ice cakes fundamentally depend upon buoyant force, a large tidal range, and hypsometry having deep channels cut through tidal flats. We document the unlikely set of events that would be required in order to produce large ice cakes that are sufficiently near neutral buoyancy and also drift into the Minas Passage so as to pose a danger to large in-stream tidal turbines.
PROCEEDINGS OF HYDRAULIC ENGINEERING, 2005
12th Canadian Symposium on Remote Sensing Geoscience and Remote Sensing Symposium,, 1989
SAR ocean surface feature analysis in Conception Bay, Newfoundland. Keith A Thomson, Scott A Aken... more SAR ocean surface feature analysis in Conception Bay, Newfoundland. Keith A Thomson, Scott A Akenhead, Brian G Sanderson DIG INT GEOSCI REMOTE SENS SYMP(IGARSS) 4:27142714, 1989. Summary form only given. ...
Proceedings of the National Academy of Sciences, 2007
Molecular and Cellular Biology, 2009
Mathematical and Computer Modelling, 1995
Marine Ecology Progress Series, 2002
Journal of Physical Oceanography, 1996
Journal of Geophysical Research, 2007
Estuaries and Coasts, 2012
Bulletin of marine …, 1994
Atmosphere-ocean, 1992
Page 1. Measurements of Drifter Cluster Dispersion Badal K. Pal and Brian G. Sanderson* Deparîmen... more Page 1. Measurements of Drifter Cluster Dispersion Badal K. Pal and Brian G. Sanderson* Deparîment of Physics Memorial Universily of Newfoundland St John 's, Newfoundland AJB 3X7 [Originalmanuscript received 13 August 1990; in revised form 10 April 1992] ...