Development of a numerical model to predict wear in grouted connections for offshore wind turbine generators by Paul Dallyn, Alessandro Palmeri, Ashraf El-Hamalawi, Bob Knight

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Colour based rigid body tracking using three-dimensional graphics models by Grant Trewartha, Fred Yeadon, Jon Knight

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Model-based automatic tracking of articulated human movement by Fred Yeadon, Grant Trewartha, Jon Knight

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Exhibition: Seeking Vision-a high-fidelity Virtual exhibition of 25 International Illustration Academics by Joanne Berry-Frith

“…Contributors: Alan Male, Andrew Howells, Andrew Selby, Andy Robert Davies , Myself, David Blaiklock, Elizabeth Delumba, Ellen Weinstein, Gary Embury, Gill Sampson, Iliana Oakes, Dr. Jake Abrams, Jo Berry, Jo Mignone, Linda Knight, Louis Netter, Mario Minichiello (PhD), Mary Jane Begin, Melanie Reim, Richard Johnson, Robert Brinkerhoff, Robyn Phillips-Pendleton, Stuart Medley, Tim Vyner and Jack McGrath at the Sixteenth Conference on Design Principles and Practices.…”
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Array-based evolution of DNA aptamers allows modelling of an explicit sequence-fitness landscape by Christopher G. Knight, Mark Platt, William Rowe, David C. Wedge, Farid Khan, Philip J.R. Day, Andy McShea, Joshua Knowles, Douglas B. Kell

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Flow characteristics in compound channels with and without vegetation by Xin Sun

“…In the compound channel with one-line rods at the floodplain edge, the secondary current forces were of opposite signs in the main channel and on the floodplain and the bed shear stress was smaller than the standard two-dimensional value of yHSo due to the vegetation effect, where y,H,So are the specific weight of water, water depth and bed slope respectively. …”
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Flow characteristics in straight compound channels with vegetation along the main channel by Benoit Terrier

“…Wakes trailing downstream of the vegetation stem, planform coherent structures advected between the main channel and the floodplain, and eddying motion in the flow due to enhanced turbulence anisotropy are among the defining patterns observed in the studied compound channel flows with one line of emergent vegetation along the edge of the floodplain. The Shiono and Knight Method (SKM) was modified in order to account for the increased turbulence activity due to the rods. …”
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Modeling of vegetated rivers for inbank and overbank flows by Koji Shiono, M. Takeda, K. Yang, Y. Sugihara, T. Ishigaki

“…Model parameters such as friction factor and eddy viscosity in the Shiono & Knight method (SKM) are considered through experimental data obtained from a vegetated open channel. …”
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