Accelerated nonlinear analysis for ball bearings

When bearings fail to meet their expected life or performance levels, the consequences are significant. They can include increased down time, high maintenance costs, loss of revenue, and missed deliveries. Akselos enables engineers to optimize products through fast 3D contact analysis that helps to reduce friction and extend bearing fatigue life.

RB-FEA based Digital Twin for structural integrity assessment of offshore structures

The speedup and level of detail achieved through the reduced basis finite element analysis (RB-FEA) technology is a key enabler for the Akselos’ digital twins. Thanks to sensor data integration it enables true condition-based modeling of large and critical assets, allowing all relevant structural details to be included in the model. The result is the ability to operate critical assets beyond their design life.

Offshore Wind: Smart Design and Fabrication with Digital Twins co-hosted with Lamprell

In this webinar, you’ll hear about the collaboration between Lamprell and Akselos to fully optimize the end to end design process of each of the components in a wind turbine through constructible designs and structural digital twins offshore. The partners aim to achieve a reduction in CAPEX, improved future design and optimized operations through Risk Based Inspection when the turbines / foundations are operational.

Digital twins for high performance wind system engineering and exascale deployment

Akselos Physic-Based Predictive Digital Twin, a mechanical simulation of the wind turbine that can be continually analysed, and re-analysed, throughout the life of the asset. Combined with sensor data from real turbine, the Digital Twin provides Top Predictive Power.