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September 10, 2025Wind Engineering

Design methodology and geometry optimization for wind turbine towers

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Utilizing high-strength steels S420 and S460 can lead to a significant weight reduction of up to 55%.
The design process incorporates EURO codes to ensure compliance with European standards for wind turbine towers.
Numerical simulations were conducted to evaluate buckling strength and determine optimal wall thicknesses for tower sections.
The approach demonstrates enhancements in structural strength while achieving a design utilization factor of 1.

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This research identifies optimal material alternatives for wind turbine towers, highlighting improvements in structural integrity and weight savings.

Tummala et al. (2025) studied this question.

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This research identifies optimal material alternatives for wind turbine towers, highlighting improvements in structural integrity and weight savings.