...Walaa H. Saadeh; Mohammad D. Qandil; Ryoichi S. Amano Wind energy is a primary renewable energy source and has been one of the most promising sources of clean, long-term energy. Self-healing is the autonomous ability to recover from failure. Self-healing material systems in wind turbine blades can...

...L. Ramayee; K. Supradeepan; S. Sreejith; Amrita Priyadarshini Lobed mixer wind turbines have the lobed mixer added around the turbine, enhancing the wind power compared to conventional wind turbines. This article aims to design a bare lobed mixer that satisfies the multi-objectives of maximizing...

...Ojing Siram; Ravi Kumar; Ujjwal K. Saha; Niranjan Sahoo In recent times, the small wind farms consisting of small-scale horizontal-axis wind turbines (SHAWTs) have emerged as suitable candidates for electric power generation. In view of this, an experimental study on the arrays of two SHAWTs has...

...L. Ramayee; K. Supradeepan Diffuser augmented wind turbines (DAWTs) are incredibly beneficial to low wind speed areas. The duct that surrounds the turbine improves the power output by accelerating the approaching wind directing the wind through the blade. The power output of DAWT mainly depends...

... energy sources such as wind energy. Among different types of wind turbines, Savonius vertical axis in spite of its fascinating advantages including low rotational speed and noise, self-start capability, and independency relative to wind direction has gained less attention in industry due to low energy...

...@unb.br Contributed by the Advanced Energy Systems Division of ASME for publication in the J ournal of E nergy R esources T echnology . 07 06 2020 30 07 2020 31 07 2020 28 08 2020 renewable energy wind turbine computational fluid dynamics wind tunnel experiments...

...Amin A. Mohammed; Ahmet Z. Sahin; Hassen M. Ouakad A double multiple streamtube model coupled with variable pitch methodology is used to analyze the performance characteristics of a small-scale straight-bladed Darrieus type vertical axis wind turbine (SB-VAWT). The numerical study revealed...

...Ali Behrouzifar; Masoud Darbandi The fluid–structure interaction (FSI) is generally addressed in multimegawatt wind turbine calculations. From the fluid flow perspective, the semi-analytical approaches, like actuator disk (AD) model, were commonly used in wind turbine rotor calculations. Indeed...

...Jinge Chen; Xin Shen; Xiaocheng Zhu; Zhaohui Du The vertical wind shear is one of the major sources of fatigue loads on the blades of a horizontal axis wind turbine. Traditionally, the active individual pitch control system is used to alleviate the cyclic load fluctuations, which requires sensors...

... of wind turbines. Two typical thermal solutions are electric heating elements integrated into the blades and blowing hot air inside the blades. Electrothermal anti-icing and de-icing systems consist of electric heating elements embedded inside the blade or laminated on the surface to heat the blade...

...Majid Rashidi; Jaikrishnan R. Kadambi; David Kerze Fig. 18 Power Curve of a typical the wind turbine for a standalone installation Table 1 Performance comparison—four turbines on the spiral tower and four turbines installed standalone Wind speed mils/h Power generated...

...L. Battisti; L. Zanne; S. Dell’Anna; V. Dossena; G. Persico; B. Paradiso This paper presents the first results of a wide experimental investigation on the aerodynamics of a vertical axis wind turbine. Vertical axis wind turbines have recently received particular attention, as interesting...