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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

OrcaFlex11.5c _dynamic analysis

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.

Key Features
Marine 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