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Neural-network-based water inflow forecasting

Control Engineering Practice, 1997
Abstract Water inflow forecasting is usually based on precipitation data collected by the ombrometer stations in the river basin. Solution of this problem is rather complex, due to the highly non-linear relation between the amount of precipitation at different locations and the water inflow into the head hydro power plant reservoir.
R. Golob, T. Štokelj, D. Grgič
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Calculation of mine water inflow using interactively a groundwater model and an inflow model

International Journal of Mine Water, 1987
The uncertainty of the pre-evaluation of potential ground water inflow rates in underground mines results in difficulty in planning and costing the water related activities of the mines. This paper presents a procedure for making a rational assessment of the potential inflows.
P C Bouw, K L Morton
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Fresh water inflows to the Firth of Clyde

Proceedings of the Royal Society of Edinburgh. Section B. Biological Sciences, 1986
SynopsisRainfall and river flow data have been used to calculate the fresh water input to the Firth of Clyde at key locations. The importance of seasonal variation and the recurrence of period of low flow is illustrated. Long term flow frequency is also analysed and related to recent events.
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Correlation of Lineaments to Ground Water Inflows in a Bedrock Tunnel

Groundwater, 2002
Abstract Lineaments derived from three image types (1:80,000 black and white, 1:58,000 color infrared, and 1:250,000 side‐looking airborne radar) were compared to water‐bearing features within a 9.6 km section of tunnel being constructed through foliated crystalline metamorphic bedrock in a glaciated region of eastern Massachusetts ...
Stephen B, Mabee   +2 more
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Inflow of bottom water to the Panama Basin

Deep Sea Research, 1977
Detailed bathymetric surveying, including use of a deeply-towed transponder-navigated instrument package, shows that the deepest passages into the Panama Basin are along the Ecuador Trench (sill depth 2920m, at 0°21′S) and across the broad central saddle of the Carnegie Ridge between 85 and 86°W (sill depths 2300 to 2330m).
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Forecasting water inflow into the Iriklinskoe Reservoir

Hydrometeorological research and forecasting
A system of methods for forecasting the water inflow into the Iriklinskoe Reservoir on the Ural River are proposed. The system includes the long-term forecast of the inflow volume over the spring flood period and the second quarter, which is annually released on March 5, as well as methods for the preliminary long-term forecast of these quantities ...
O.N. Arefyeva   +4 more
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Design and Control of Water Systems in Presence of Inflow Scenarios

1994
To study the effects of climatological changes on the design and management of water resources systems, we may be given a set of possible hydrometeorological scenarios. A methodology is provided to deal with such a case.
SONCINI SESSA, RODOLFO, A. Karbowski
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An Inexpensive Water Inflow Meter for Rearing Troughs

The Progressive Fish-Culturist, 1991
Abstract A simple device for measuring water flows supplied to a standard fish-rearing trough has been developed. Made of three short sections of different-diameter polyvinyl chloride pipe, the Capilano flow meter allows the operator to directly read the flow while adjusting the inflow control valve.
E. T. Stone, D. D. MacKinlay
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Forecasting Water Inflow for Bang Lang Dam

2022 IEEE 12th Annual Computing and Communication Workshop and Conference (CCWC), 2022
Akmal Benhawan   +2 more
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A note on the deep-water inflow to the Bothnian Sea

Journal of Marine Systems, 2007
The deepest connection between the Bothnian Sea and the Baltic Proper is the narrow Understen-Market trench with a threshold depth of around 90 m. The deep-water flow through this passage, which is of great importance for the hydrographic state of the entire Gulf of Bothnia, was surveyed by the R/V Aranda in October 2004.
Riikka Hietala   +2 more
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