Journal of Wind Engineering and Industrial Aerodynamics
On the aerodynamic design of the savonius windmill rotor
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Cited by (41)
Numerical investigation of improvement of counter rotating Savonius turbines performance with curtaining and fin addition on blade
2023, Alexandria Engineering JournalNumerical prediction of improvement of a Savonius rotor performance with curtaining and fin addition on blade
2022, Alexandria Engineering JournalCitation Excerpt :With regard to Savonius wind turbines, many researchers have significantly contributed to the improvement of the performance using experimental and numerical investigations to address various aspects of the problem. The influence of various design factors was investigated like the rotor aspect ratio, the separation gap between the rotor buckets, the variation of the bucket cross section, the number of buckets, the existence or elimination of rotor endplates, and the effect of bucket stacking [7–12]. In addition, many experimental and numerical studies have been conducted to analyze and visualize the flow field and pressure distribution in and around Savonius wind rotors [13–23].
Measurement and analysis for the improvement of efficiency and power of Savonius vertical axis wind turbines without dimples and fins
2022, Materials Today: ProceedingsMetamodeling-based parametric optimization of a bio-inspired Savonius-type hydrokinetic turbine
2021, Renewable EnergyCitation Excerpt :However, the concept of thick blades of different concave and convex surfaces started to be examined in recent publications. For the second technique, there is no consensus for the best value of the overlap and gap ratios as it varies in a board range [29,34–39]. Based on that, it is of great importance to investigate the overlap ratio and gap ratio to find the optimal values of both parameters.
Investigation on Savonius turbine technology as harvesting instrument of non-fossil energy: Technical development and potential implementation
2020, Theoretical and Applied Mechanics Letters