Advanced Engineering Analysis
We're experienced in working closely with MWS to build confidence and proof a technically sound approach. Minimizing conservatism while ensuring safety is one of the puzzles we're passionate about.
With our in-house tools we capture complex interactions of any structure or operation to provide a holistic overview of your project.
CFD analysis
Mocean believes in avoiding conservatism where possible. This includes zooming in on phenomena that are commonly represented using conservative estimates of e.g. drag, added mass and damping. Through the use of CFD, Mocean aims to accurately represent hydrodynamic behavior of complex structures (lowering templates, suction buckets, ROVs). We use CFD as an extension on our modelling and analysis only.
Root-cause analysis
Our root-cause analysis services identify the underlying issues behind engineering failures, enabling effective solutions to prevent recurrence and enhance system reliability.
Design evaluation and optimization
We evaluate and optimize engineering designs to improve performance, reduce costs, and ensure compliance with industry standards and project requirements. We can function as a second pair of eyes to spot room for improvement on the basis of our extensive experience.
Novel installation methodologies
We are passionate about rethinking the status-quo of offshore operations, while acknowledging the challenges that it can present. Teaming up to develop novel methodologies or assess innovative improvements is the type of puzzle Mocean engineers enjoy and excel at.
Seakeeping analysis
Our seakeeping analysis services assess vessel performance in various sea conditions, ensuring safety, comfort, and operational efficiency for marine operations. Our in-house developments can introduce various degrees of detailing of Dynamic Position systems, with eye for pragmatism and the physics at play.
Vessel-to-vessel (heavy) lifting
In complex lifting operations, Mocean provides support to analyze the combined dynamics of the vessels, their interactions and the influence on payload motions.
