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Physical measurements of river ice jams
Water Resources Research, 1978River ice jam measurements have always been relatively difficult to obtain because of the uncertain stability of the floating ice mass. But recently two ice jams resolidified for about 3 weeks, allowing the ice thickness to be measured at several cross sections along their longitudinal profiles.
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Numerical computation of river ice jams
Canadian Journal of Civil Engineering, 1993A numerical model called RIVJAM has been developed to compute the configuration of and water levels caused by ice jams of the "wide" kind, under natural stream conditions and regardless of whether the jam has attained its full potential, known as equilibrium.
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Seepage flow through simulated grounded ice jam
Canadian Journal of Civil Engineering, 1985Laboratory tests were conducted to study the seepage flow conditions through a simulated grounded jam. Results indicated that nonlaminar seepage predominates and that the resulting relationship between the local flow and the upstream and downstream water depths may be applied to both steady and unsteady flow conditions.
J. Wong, S. Beltaos, B. G. Krishnappan
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Mathematical Modeling of River Ice Transport and Ice Jam Formation
Impacts of Global Climate Change, 2005Dynamic and thermal processes on river ice transport, including ice jam formation, will be discussed. Mathematical modeling of river ice processes as well as examples of river ice models will be presented.
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FIELD SURVER OF ICE JAM IN MARCH 2020 AND EVALUATION OF ICE JAM OCCURANCE RISK
Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering), 2020Hiroshi YOKOYAMA +3 more
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Effects of climate change on river-ice processes and ice jams
International Journal of River Basin Management, 2023exaly
Climate change impacts on ice jam behavior in an inland delta: a new ice jam projection framework
Climatic Change, 2022Fan Zhang +2 more
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