Due to their potential to beat the Betz–Joukowsky limit for power extraction, diffuser-
augmented wind-turbines have experienced a great research interest, especially in the last …

The aim of our study is to project an optimized wind turbine Darrieus type capable to start at
low wind speeds. This type of the turbine is characterized by a low starting torque compared …

Printed circuit heat exchangers (PCHEs) with zigzag channel geometry have frequently
been investigated under recuperator conditions (0.7< P r< 2.2) of the supercritical carbon …

Since the precooler and the recuperator are the largest components of a supercritical carbon
dioxide Brayton cycle, their design can substantially affect the performance and size of the …

This paper presents the thermo-hydraulic performance analysis of the printed circuit heat
exchangers (PCHEs) with new channel geometries. A new channel geometry for the …

This paper studies a new method for optimizing the design of wind turbine blades.
Compared with the existing blade design methods, the proposed method not only considers …

The performance of a ducted wind turbine was simulated in this study utilizing an artificial
neural network under various duct operating conditions. Ducted wind turbines have been …

In the current study, a multi-layered approach, combining 3D Reynolds Averaged Navier–
Stokes (RANS) model, Artificial Neural Network (ANN), and in-house precooler design and …

The present manuscript proposes an aerodynamically optimized airfoil-based-shell for
performance enhancement of the buoyant airborne turbine system. An integrated code …

With the increase in world energy demands, the focus has been shifted toward renewable
energy sources. Wind energy has been investigated as a viable source of energy in recent …