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Search results for: RIVER ICE DYNAMICS

  • Katedra Hydrotechniki

    Profil badawczy Katedry Hydrotechniki jest głównie związany z procesem ruchu wody w środowisku naturalnym, jak również w instalacjach technicznych. Zespół katedralny jest silnie powiązany tematycznie z takimi zagadnieniami jak mechanika płynów, hydraulika, hydrologia, meteorologia, budownictwo wodne czy gospodarka wodna.

  • Katedra Chemii Analitycznej

    Zespół naukowo-badawczy z Katedry Chemii Analitycznej prowadzi badania podstawowe w zakresie: -opracowania nowych procedur analitycznych przeznaczonych do wykrywania, identyfikacji oraz oznaczenia szerokiego spectrum analitów w próbkach różnego typu materiałów charakteryzujących się złożonym a często także zmiennym składem matrycy, -budowy i badań charakterystyki analitycznej nowych typów elektronicznych nosów, -oszacowania wpływu...

  • Zespół Katedry Urbanistyki i Planowania Regionalnego

    Pracownicy Katedry Urbanistyki i Planowania Regionalnego prowadzą różnorakie badania w zakresie szeroko rozumianej architektury, której celem jest planowanie i kształtowanie określonych zasad w aspekcie tez zrównoważonego rozwoju dotyczących architektury, budownictwa i urbanistyki w obszarach miejskich i metropolitalnych. Badania obejmą takie aspekty jak: - Rewitalizacja i odnowa struktur miejskich. - Planowanie i projektowanie...

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Search results for: RIVER ICE DYNAMICS

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Search results for: RIVER ICE DYNAMICS

  • Mathematical Modeling of Ice Dynamics as a Decision Support Tool in River Engineering

    Publication

    - Water - Year 2018

    The prediction of winter flooding is a complicated task since it is affected by many meteorological and hydraulic factors. Typically, information on river ice conditions is based on historical observations, which are usually incomplete. Recently, data have been supplemented by information extracted from satellite images. All the above mentioned factors provide a good background of the characteristics of ice processes, but are not...

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  • Ice Phenomena in River Mouths

    Publication

    - Year 2012

    River outlets located in tideless areas are analyzed in this paper. First, ice processes in the St Clair River mouth are presented. The river mouth, called St. Clair Flats is a typical river delta located on the shore of Lake St. Clair. Based on this example ice jam formation in river delta has been analyzed followed by a presentation of the main mechanism of ice jam formation. The Vistula River mouth is a man-made, artificial...

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  • Modeling of Ice Phenomena in the Mouth of the Vistula River

    Publication

    The mouth of the Vistula River, which is a river outlet located in tideless area, is analyzed. The Vistula River mouth is a man-made, artificial channel which was built in the 19th century in order to prevent the formation of ice jams in the natural river delta. Since the artificial river outlet was constructed, no severe ice-related flood risk situations have ever occurred. However, periodic ice-related phenomena still have an impact...

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  • Dynamics of Ice Jam Formation and Release

    Publication

    - JOURNAL OF COASTAL RESEARCH - Year 2008

    The numerical model DynaRICE and its application to ice jam formation and release is presented. The model is a two-dimensional coupled flow and ice dynamic model. The ice dynamic component, which includes both the internal ice resistance and boundary friction on ice motion, uses a Lagrangian SPH method. The hydrodynamic component of the model uses a streamline upwind finite element method, which is capable of simulating trans-critical...

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  • Comparative testing of numerical models of river ice jams

    Publication
    • C. Rick
    • B. Spyros
    • G. Joe
    • H. Dan
    • S. Yuntong
    • M. Jarrod
    • M. Mike
    • S. Jean-Philippe
    • T. Kolerski
    • H. Toa Shen

    - CANADIAN JOURNAL OF CIVIL ENGINEERING - Year 2011

    Ice processes in general, and ice jams in particular, play a dominant role in the hydrologic regime of Canadian rivers, often causing extreme floods and affecting the life cycle of many aquatic, terrestrial, and avian species. Various numerical models have been developed to help simulate the formation and consequences of these very dynamic and often destructive jam events. To test and compare the performance of existing models,...

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