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A platform for research: civil engineering, architecture and urbanism
Free-surface behaviour of shallow turbulent flows
Over the last two decades, interest in the free-surface behaviour of gravity-driven shallow turbulent flows has increased considerably. It is believed that observation of free-surface behaviour can provide useful information about the hydrodynamic characteristics of the flow and enable remote retrieval of these characteristics to non-invasively and rapidly monitor river flows. At the current state the literature presents scattered knowledge and also exhibits non-uniformity in the terminology used. This paper is a review of the state-of-art of this area of research and was created with two objectives: to gather the information relevant to understand the linkages between the free-surface behaviour and underpinning hydrodynamic processes while using a uniform terminology, and to analyse the gaps in our knowledge of this critical topic.
Free-surface behaviour of shallow turbulent flows
Over the last two decades, interest in the free-surface behaviour of gravity-driven shallow turbulent flows has increased considerably. It is believed that observation of free-surface behaviour can provide useful information about the hydrodynamic characteristics of the flow and enable remote retrieval of these characteristics to non-invasively and rapidly monitor river flows. At the current state the literature presents scattered knowledge and also exhibits non-uniformity in the terminology used. This paper is a review of the state-of-art of this area of research and was created with two objectives: to gather the information relevant to understand the linkages between the free-surface behaviour and underpinning hydrodynamic processes while using a uniform terminology, and to analyse the gaps in our knowledge of this critical topic.
Free-surface behaviour of shallow turbulent flows
Muraro, Fabio (author) / Dolcetti, Giulio (author) / Nichols, Andrew (author) / Tait, Simon J. (author) / Horoshenkov, Kirill V. (author)
Journal of Hydraulic Research ; 59 ; 1-20
2021-01-02
20 pages
Article (Journal)
Electronic Resource
Unknown
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