2019
DOI: 10.36222/ejt.643483
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Numerical Analyses of a Straight Bladed Vertical Axis Darrieus Wind Turbine: Verification of DMS Algorithm and Qblade Code

Abstract: Wind energy is among the most cost-effective renewable energies. Till date, turbines with different configurations had been designed to harness wind power, each having unique superiorities. Darrieus turbines are one of the mostly investigated vertical axis wind turbines using either experimental or numerical methods. Experimental analyses are time consuming works which requires high amount of effort and expenses. Thus, computational fluid dynamics (CFD) methods have been commonly used by scientists and enginee… Show more

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Cited by 7 publications
(7 citation statements)
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“…Ось ординат -коэффициент преобразования Cp, на оси абсцисс отношение скорости лопасти к скорости ветра [1]. Из представленного графика можно заметить, что ротор Савониуса является менее быстроходным чем ротор Дарье.…”
Section: рис 2 популярные виды вертикальных роторов ветротурбинunclassified
“…Ось ординат -коэффициент преобразования Cp, на оси абсцисс отношение скорости лопасти к скорости ветра [1]. Из представленного графика можно заметить, что ротор Савониуса является менее быстроходным чем ротор Дарье.…”
Section: рис 2 популярные виды вертикальных роторов ветротурбинunclassified
“…Marten et al 30 elaborated on the procedure for designing and analyzing the flow field around HAWT and VAWT. Muratoğlu and Sungur 31 performed numerical simulations to verify the DMS algorithm using the Q-Blade software. Clarke et al 36 applied DMS theory to perform aerodynamic analysis of VAWT.…”
Section: Selection Of Geometric Parameters Of Wind Turbinementioning
confidence: 99%
“…The analysis was performed based on a DMS model using Q-Blade software. 22,[29][30][31][32] Recently, various researchers have used this software for the analysis of wind turbines. Okpue 33 performed an aerodynamic analysis of VAWT and HAWT by using DMS, cascade models, and experimental testing.…”
Section: Selection Of Geometric Parameters Of Wind Turbinementioning
confidence: 99%
“…Using DMS, numerical models can be created so that they are simpler than CFD algorithms, to analyse and simulate vertical turbine-axis type (Darrieus) blades. This method is one of the most important numerical methods for calculating the aerodynamics of a fully wind turbine [12][13]. Since small turbines have low performance for several reasons, most notably rotor size, these turbine blades can be improved by working to improve more than one of these blades, such as the S 1210 and S 1223.…”
Section: Introductionmentioning
confidence: 99%