

SACS Offshore Structure
Offshore structural analysis and design software
Optimize your designs to ensure compliance, analyze the behavior of all types of offshore structures and accurately anticipate their performance.

SACS Collapse
Offshore structure collapse analysis software
Detect potential failure modes by simulating various dynamic events, such as descent initiation, ship impacts, equipment falls or explosions.

SACS Fatigue
Software for reconception and evaluation of fatigue resistance of structures
Reduce the risk of failure of offshore structures and perform detailed fatigue strength calculations over the entire life cycle of your installations.

SACS Pile Structure Design
Offshore structure design software on piles
Strengthen the safety of your structures with the design software dedicated to piling-structure interaction.
Why use SACS products?
The SACS software are widely used in offshore engineering because they offer a complete, robust and recognized solution for the analysis and design of offshore structures. They allow for accurate modelling of platforms, offshore wind turbines, substructures or foundations, while integrating complex loads specific to the marine environment, such as waves, wind, currents or long-term fatigue.
SACS is distinguished by its power in dynamic analysis and fatigue, a critical point for structures subjected to millions of load cycles. The software directly integrates international standards (DNV, API, ISO), which facilitates regulatory validation. Its ability to manage very large and complex models makes it a preferred tool for major offshore projects.
It is also appreciated for its integrated ecosystem : modules for seismic analysis, fatigue, accident effects, soil-structure interaction, foundation design or installation operations. The entire project chain can thus be covered in the same environment.
Finally, SACS integrates with other Bentley solutions, such as MOSES, MOOSES Wind Turbine or iTwin, which facilitates collaboration, version control, 3D visualization and project data management. This makes it a solid choice to optimize design, improve safety and reduce costs over the entire life cycle of an offshore project.


