A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Entrainment of Biostabilized Non-Cohesive Sediments: Modelling Biofilm Adhesion as an Elastic Force
Entrainment of Biostabilized Non-Cohesive Sediments: Modelling Biofilm Adhesion as an Elastic Force
Entrainment of Biostabilized Non-Cohesive Sediments: Modelling Biofilm Adhesion as an Elastic Force
Vignaga, E. (author) / Sloan, W.T. (author) / Haynes, H. (author) / Phoenix, V.R. (author) / Beattie, T. (author) / Fernandes, A. (author) / Jarvis, M. (author) / International Association of Hydraulic Engineering and Research
Congress; 33rd, International Association of Hydraulic Engineering and Research; Water engineering for a sustainable environment ; 2009 ; Vancouver, Canada
2009-01-01
TS-7
Collocated with the 19th Canadian Hydrotechnical Conference; Held in e-store (RMS)
Conference paper
English
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