The progression of wind turbine technology has led to wind turbines being incredibly
optimized machines often approaching their theoretical maximum production capabilities …

The high computational demands of multiscale modeling necessitate advanced parallel and
adaptive strategies. To address this challenge, we introduce an adaptive method that utilizes …

In recent trends, a rising demand for renewable energy has driven wind turbines to larger
proportions, where lighter blade designs are often adopted to reduce the costs associated …

The future of wind power systems deployment is in the form of wind farms comprised of
scores of such large turbines, most likely at offshore locations. Individual turbines have …

Current trends show that wind turbines are growing in size to meet a rising demand for
renewable energy generation, and their upscaled rotors have inherently become more …

Given the industry-wide trend of continual increases in the size of utility-scale wind turbines,
a point will come where reductions will need to be made in terms of the weight of the …

Wind turbine blade aerodynamics and the resulting wake flow are complex, and wind tunnel
testing of these flows can provide critical insight. The data from such tests are also valuable …

Due to the need for predictive models of nonlinear heterogeneous materials, Computational
Homogenization (CH) has emerged as a promising multiscale framework, widely recognized …

Given the industry-wide trend of continual increases in the size of utility-scale wind turbines,
a point will come where reductions will need to be made in terms of the weight of the …

As wind turbines are more frequently placed in arrays, the need to understand and mitigate
problems arising from their wakes has increased. When downstream turbines are in the …