LAMPRELL & AKSELOS CUT WIND JACKET FOUNDATION COSTS BY UP TO 30%
Lamprell
Lamprell
Reduce offshore wind jacket foundation costs while improving structural performance:
We are absolutely amazed at the speed and have verified the analysis against FEA structural analysis and design software – it is within 1%.
Sabih Laham
Vice President, Engineering & HSEQ
Design a mass-produced jacket foundation while reducing CAPEX and improving manufacturability.
Predict different dynamic loads across thousands of offshore wind load cases.
Address fatigue susceptibility and stringent fabrication, inspection, and integrity requirements (DFF, ECA/PMA, POD, etc.)
Akselos applied its high-fidelity RB-FEA method to model the full offshore wind jacket system under thousands of dynamic load cases. This enabled rapid scenario testing, allowing engineers to evaluate fatigue performance, manufacturability, and structural efficiency simultaneously.
Through component-level optimization, the team identified configurations that reduced steel weight while maintaining structural performance. This data-driven design process accelerated engineering workflows and delivered significant CAPEX savings without compromising fatigue integrity.
WEBINARS
In this webinar, explore how high-fidelity structural simulation transforms offshore wind design workflows. Learn how engineers can test thousands of load cases in minutes, optimize structural weight, and reduce conservatism.
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