Results 41 to 50 of about 8,164 (163)
Exchange Flow Variability between Hypersaline Shark Bay and the Ocean
Journal of Marine Science and Engineering, 2018 In Shark Bay, a large hypersaline bay in Western Australia, longitudinal density gradients force gravitational circulation that is important for Bay-ocean exchange. First-time observations of vertical stratification and velocity are presented, confirming
Yasha Hetzel +2 more
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Journal of Ocean Engineering and Science, 2020 CFD models perform rigid body simulations and ignore the hydroelastic behavior of turbine blades. In reality, the tidal turbine blades deform due to the onset flow.
Mujahid Badshah +2 more
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STUDY ON NUMERICAL PREDICTION OF TIDAL CURRENT USING FORECATED WEATHER DATA
PROCEEDINGS OF HYDRAULIC ENGINEERING, 2005 The environmental impact assessment is becoming very important with increased public awareness to the environmental issues. In many cases, future conditions of water environment are evaluated referring to the results obtained from numerical simulations that are carried out based on the possible scenario.
Wataru NISHIDA +2 more
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Prediction and analysis of tides and tidal currents
, 2003 An efficient algorithm of tidal harmonic analysis and prediction is presented in this paper. Some conditions are found by means of the known approximate relationships between the harmonic constants of the tidal constituents. A system of linear equations for least squares solutions under these restricted conditions is obtained. In the case of inadequate
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Drought and salinity intrusion in the Lower Chao Phraya River: variability analysis and modeling mitigation approaches [PDF]
Hydrology and Earth System SciencesSaltwater intrusion in the Lower Chao Phraya River (LCPYR) is a significant national concern for Thailand, requiring a thorough understanding and the development of effective prediction systems for current and future management.
S. Tomkratoke +3 more
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Tidal Current in the Simonoseki Straits and its Prediction
Journal of Geography (Chigaku Zasshi), 1949 Tidal current in a, narrow strait can be inferred from the tides at both ends of the strait. That is, if h be the difference of height of S ea surface at both ends, the velocity of tidal current, v, at a point within the strait is expressed by the formulaν=c√2ghwhere c is a constant such that ...
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Energy Science & Engineering, 2019 As a new type of energy, tidal current energy is increasingly gaining attention worldwide. However, the tidal current energy development field faces a key technical problem of how to improve the generation efficiency and service life of tidal current ...
Zhaocheng Sun +4 more
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A comparative study for tidal current velocity prediction using simplified and fast algorithms
Applied Ocean Research, 2020 Interest in marine renewable energies has grown in recent years, especially in northern European shelf seas where several technological devices have been developed. In this context, numerous investigations focused on accurate predictions of tidal currents and their respective kinetic energy.
Tondut, J. +4 more
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SELECTION OF RECIPIENTS FOR HEART TRANSPLANTATION BASED ON URGENCY STATUS
Вестник трансплантологии и искусственных органов, 2014 The article provides the overview of current international recommendations dedicated to selection of heart transplantation recipients based on urgency status. Authors found that cardiopulmonary bicycle stress test allowed to reveal additional criteria of
O. A. Sujayeva +3 more
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Prediction and positioning of UWSN mobile nodes based on tidal motion model
Scientific ReportsAs the node positioning of underwater wireless sensor networks is easily affected by tidal motion, ocean current motion and multipath effect, the node positioning accuracy is low.
Xiuwu Yu +4 more
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