This paper presents an aeroservoelastic modeling approach to investigate dynamic load
alleviation in large wind turbines with composite blades and trailing‐edge aerodynamic …

The formulation is model-independent, in the sense that it does not require knowledge of the
equations of motion of the periodic system being analyzed, and it is applicable to an …

Offshore wind turbines take advantage of the vast energy resource in open waters but face
structural integrity challenges specific to their operating environment that require cost …

The paper presents a new stability analysis approach applicable to wind turbines. At first, a
reduced order periodic model is identified from response time histories, and then stability is …

The diameter and power of wind turbines have steadily increased during the last decades,
and we expect that future wind turbines will reach even greater diameters and speeds. The …

The design of very large wind turbines is a complex task which requires the development of
dedicated tools and techniques. In this chapter, we present a system-level design procedure …