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OrcaFlex incorporates a comprehensive suite of technical capabilities that make it indispensable for critical engineering work: fully coupled tension, bending, and torsion analysis; robust line compression and snatch modelling; external line‑on‑line clash and sliding contact; internal line‑in‑line impact and sliding contact; both linear and non‑linear elastic contact stiffness; user‑defined seabed resistance profiles; line slug flow and free‑flooding effects; tabular contents modelling; truss structure modelling tools; non‑linear time domain analysis (both implicit and explicit); linear frequency domain analysis (1st and 2nd order); quasi‑dynamic analysis; restart analysis; line feeding (haul‑in and pay‑out of nodes); fully coupled vessel‑line analysis; and fully coupled wind turbine analysis integrated with the OrcaWave diffraction solver.
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The software’s applications span a remarkable range of offshore engineering scenarios. Typical uses include riser systems such as steel catenary risers (SCRs), top‑tensioned risers (TTRs), hybrid risers, flexible risers, umbilicals, and hoses; mooring systems for spread, turret, SPM, and jetty configurations; installation planning across the full range of offshore operations; towed systems including bundle dynamics, seismic arrays, and towed bodies; defence applications; seabed stability analysis; and many other marine systems.
OrcaFlex is relied upon for high-stakes engineering, such as mooring system design for wind turbines or analyzing tendon fatigue in tension leg platforms .