Hydraulic wind power transfer systems exhibit a highly nonlinear dynamic influenced by
system actuator hysteresis and disturbances from wind speed and load torque. This paper …

This paper presents a practical approach to identify a global model of a wind turbine from
operational data, while it operates in a turbulent wind field with a varying mean wind speed …

Further developments in data-driven control techniques for the load reduction of modern
wind turbines can achieve an increased lifetime of components and make the scaling to …

Wind is a clean, sustainable and domestic source of energy that is rapidly becoming cost-
competitive in a variety of markets. Advances in wind energy technology have lowered the …

The segmented ultralight morphing rotor demonstrator (SUMR-D) turbine is a 38 kW,
downwind, 2-bladed turbine to be field-tested starting in the spring of 2019 at the US …

Making offshore wind energy more cost competitive in comparison to fossil-fuel based
production, is vital to maintain the direction the European Union has taken in renewable …

We consider the problem of synthesizing a control law which minimizes an infinite-horizon
discounted quadratic cost subject to a partially unknown noisy linear dynamical system …

An adaptive recursive stochastic output-only state space modeling approach is developed to
improve the accuracy of modeling time-varying processes. The exponential weighted …

Hydraulic wind power transfer systems exhibit a highly nonlinear dynamic influenced by
system actuator hysteresis and disturbances from wind speed and load torque. This paper …