As wind energy continues to be a crucial part of sustainable power generation, the need for
precise and efficient modeling of wind turbines, especially under yawed conditions …

Renewable energy sources are essential to address climate change, fossil fuel depletion,
and stringent environmental regulations in the subsequent decades. Horizontal-axis wind …

This work proposes an improved order of magnitude estimate methodology of rotational
effects on wind turbines, by applying the partial pressure field concept to the case of rotating …

The rotational effects on blade flow in Horizontal Axis Wind Turbines (HAWTs) are essential
for accurate rotor design, as they significantly influence blade performance. While advanced …

This study investigates the aerodynamic performance and flow dynamics of an H-type
Darrieus vertical axis wind turbine (VAWT) using combined numerical and experimental …

The actuator-disk method is a cost-effective simulation tool that implicitly represents the rotor
of a turbomachine using a blade-element approach combined with 2D airfoil coefficient input …

A computational investigation of New MEXICO test cases operating under axial flow
conditions is reported. Three wind speed cases (10, 15, 24 m/s) corresponding to three …

The research has organically integrated VR and multimedia technology, built a
corresponding piano teaching platform, and verified its effectiveness through experiments …

Accurate and complete aerodynamic data sets are the basis for comprehensive and
accurate evaluation of the overall performance of aircraft. However, the sampling cost of full …

The physics of 3D flows on rotating blades is currently one of the most important research
fields related to wind turbines. Although many authors have studied the phenomenon …