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OrcaFlex 11.5 is a marine dynamics software developed by Orcina for analyzing offshore systems like moorings, risers, and cables. The latest release is version 11.5c, finalized on December 12, 2024, with new features including:

• Modeling Enhancements: Support for buried/covered lines, upheaval buckling, pipe ratcheting, and synthetic ropes with rate-dependent stiffness.
• Turbine Improvements: Initial rotor angular velocity and runtime performance upgrades.
• Frequency Domain Solver: Now supports multibody groups for hydrodynamic coupling, vessel wind/current load results, and post-analysis changes to wave/wind data.
• User Interface: Modeless data forms for simultaneous interaction with multiple forms, improving workflow.
• Spring/Dampers: New feature for non-rigid connections between bodies, enhancing mooring system modeling.
  

Product: OrcaFlex 11.5C

Orcina is a professional engineering software house specialising in the fields of offshore dynamics, renewables, risers, moorings, towed systems and installations.

At the heart of our activities is OrcaFlex, the market-leading numerical simulation program for modelling flexible and rigid risers, moorings, wet renewables, cable and pipe lay, pipeline pull-in, towed arrays, installation sequences and many other systems. OrcaFlex provides the best-in-class complete design environment for offshore dynamics.

OrcaFlex is a powerful and widely used software package for the dynamic analysis of marine systems. Developed by ORCAFLEX Consultants Ltd , it is extensively utilized across offshore oil & gas, renewable energy, subsea engineering, and maritime industries to simulate and analyze the behavior of floating structures, mooring systems, risers, cables, and lifting operations.

The software provides high-fidelity time-domain simulations that enable engineers to assess system performance under realistic environmental conditions such as waves, currents, and wind.

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Key FeaturesMarine Systems Simulation

• Comprehensive modeling of fixed and floating offshore systems
• Time-domain dynamic simulation with full non-linear behavior
  

Mooring and Riser Analysis

• Static and dynamic analysis of single and multi-point mooring systems
• Flexible and rigid riser modeling including touch-down zone behavior
• Fatigue life estimation and load cycle counting
  

️ Lifting and Deployment Operations

• Modeling of crane and vessel motions
• Subsea lowering through splash zone
• Tug assistance and towing simulations
  

Hydrodynamic Modeling

• Wave theories: Regular, irregular (JONSWAP, Pierson-Moskowitz), and user-defined spectra
• Current and wind profiles
• Vessel hydrostatics and hydrodynamic coefficients
  

Results Visualization

• Real-time animation of system motion and deformation
• Graphical output of forces, tensions, accelerations, angles, etc.
• Statistical and spectral post-processing tools
  

Data Management

• Extensive scripting capabilities via Python API
• Batch processing and parametric studies
• Integration with other engineering tools and data formats