Enhancing aerodynamic efficiency: shape modification of airfoils
H Seifi Davari, R Mihaela Botez… - … Journal of Ambient …, 2024 - Taylor & Francis
Small wind turbines (SWTs) are essential for harnessing renewable energy, particularly in
developing regions where energy demands are significant. They provide a sustainable …
developing regions where energy demands are significant. They provide a sustainable …
Computational fluid dynamics analysis for an active rear-wing design to improve cornering speed for a high-performance car
V Chiplunkar, R Gujar, A Adiverekar, R Kulkarni… - Materials Today …, 2023 - Elsevier
The aim of the study is to numerically analyze the active rear wing and select the optimum
combination of an airfoil (s) to improve the cornering speed of a Mustang GT 2017 high …
combination of an airfoil (s) to improve the cornering speed of a Mustang GT 2017 high …
Optimizing the Aerodynamic Efficiency of Different Airfoils by Altering Their Geometry at Low Reynolds Numbers
H Seifi Davari, M Seify Davari, S Kouravand… - Arabian Journal for …, 2024 - Springer
Small wind turbines (SWTs) can generate sufficient electricity to meet the energy needs of
developing countries. However, due to the airflow characteristics at low Reynolds numbers …
developing countries. However, due to the airflow characteristics at low Reynolds numbers …
[PDF][PDF] Evaluating the effect of unsteady air flow on a slotted aerofoil of wind turbines
RM Aljuhashy, BAR Al-Bakri… - … of Engineering and …, 2023 - researchgate.net
In this study, three types of aerofoils were examined at various angles of attack and at a
steady value then fluctuated of air flow. Then, the findings were compared to the XFOIL …
steady value then fluctuated of air flow. Then, the findings were compared to the XFOIL …
Maximizing the peak lift-to-drag coefficient ratio of airfoils by optimizing the ratio of thickness to the camber of airfoils.
The paper investigates the lift-to-drag coefficient ratio (CL/CD) efficiency of three airfoils,
namely E387, RG15, and SD6060. The objective is to optimize the airfoils for maximum …
namely E387, RG15, and SD6060. The objective is to optimize the airfoils for maximum …
Maximizing the Peak Lift-To-Drag Coefficient Ratio of Airfoils by Optimizing the Ratio of Thickness to The Camber of Airfoils
H Seifi Davari, M Seify Davari, R Botez… - Sustainable Earth …, 2023 - scj.sbu.ac.ir
The paper investigates the lift-to-drag coefficient ratio (CL/CD) efficiency of three airfoils,
namely E387, RG15, and SD6060. The objective is to optimize the airfoils for maximum …
namely E387, RG15, and SD6060. The objective is to optimize the airfoils for maximum …
Effect of Trailing Edge Flaps on Power Coefficient of a Horizontal Axis Wind Turbine Model
MH Khalil, AEAE Ahmed… - Port-Said Engineering …, 2023 - journals.ekb.eg
The field of wind energy has made significant progress, yet there is always room for
improving the efficiency and the energy extracted from horizontal axis wind turbines HAWTs …
improving the efficiency and the energy extracted from horizontal axis wind turbines HAWTs …
Strategy of design of wind blade for low wind speed Algerian region
M Debbache, F Meziane… - 2023 1st International …, 2023 - ieeexplore.ieee.org
This research paper aims to design a linear wind blade shape that optimizes aerodynamic
performance and increases annual energy production compared to the preliminary design …
performance and increases annual energy production compared to the preliminary design …
[PDF][PDF] Maximizing the peak lift-to-drag coefficient ratio of airfoils by optimizing the ratio…, Sustainable Earth Review: 3 (4),(46-61)
H Seifi Davari - DOI, 2023 - sustainearth.sbu.ac.ir
Wind power is a crucial source of clean and affordable green energy (Seifi et al., 2023). The
design of airfoil geometry is crucial to achieving optimal aerodynamic efficiency, leading to …
design of airfoil geometry is crucial to achieving optimal aerodynamic efficiency, leading to …