This thesis presents an integrated approach for predicting the fatigue life of wind turbine blades, combining the aeroelastic simulation capabilities of Op...
The increased size of wind turbines (WTs) improves power generation efficiency but also imposes larger loading effects o…
This thesis presents an integrated approach for predicting the fatigue life of wind turbine blades, combining the aeroel…
The work presented in this thesis allows important structural properties to be ex-tracted from large 3D images which for…
The goal of the Master''s thesis is to develop and to analyze the optimization method for finding a geometry shape of cl…
for full reclamation of the composite material system at the conclusion of its service life. The goal of this thesis was…
It is hypothesized that modifying the blade root design to reduce the effects of local bending can open up the possibili…
From this research, it is possible to draw a series of detailed guidelines on small wind turbine blade design and analys…
Such techniques that have been investigated in this thesis are the material and geometric BTC and FEC. The optimization …
Figure 2.1: An accident in Dubuque, Iowa in January 2013 caused $277,000 in damage to the rigs and 160-foot blades and s…
This thesis will research the use of biomimicry in designing wind turbine blades. It will focus on bio-inspired material…
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