We perform structural analysis for various offshore, marine and onshore steel structures to develop economical and efficient designs for our clients. Requirements of structural analysis arises in various engineering problems associated over the life of assets including fabrication, transportation, lifting, loadout, installation, inplace operations, modifications, conversions, upgrades, life extension, decommissioning etc. Various global or local finite element models are developed in these projects to accurately simulate the linear and non-linear structural responses under complex loading conditions. We have expertise in using various industry standard software as below for structural analysis based on client requirements,
We perform various global or local structural analysis associated with fixed, floating or mobile offshore units like Offshore jackets, FSO/FPSO/FSRUs, Semisubmersible platforms, Liftboats, MODUs, Subsea structures etc.
We perform various global or local structural analysis associated with ships, buoys, jetties, floating docks, mooring systems, modules, foundations, lifting systems, handling systems, helidecks etc.
TWe undertake structural analysis and assessment of a wide variety of onshore steel structures including towers, platforms, sheds, lifting pad-eyes, spreader beams etc. backed by analysis software and team of structural engineers well versed in various international standards and codes.
We have extensive experience in design and analysis of Offshore containers, Baskets, Skips, Skids, e-Houses complying with various industrial standards as BS EN 12079, DNVGL-ST-E271 etc. as per client requirements
Yes. Aries Energy performs structural analysis across offshore structures (jackets, FPSOs, semisubmersibles, MODUs, subsea structures), marine structures (ships, jetties, floating docks, mooring systems), and onshore steel structures (towers, platforms, sheds, pad-eyes, spreader beams), applying the same finite element modeling capability across all three categories.
Aries Energy uses FEMAP/Nastran, SACS, Staad Pro, Sesam, Ansys, and Moses for structural analysis, selecting the platform based on client requirements and structure type. This range covers both offshore-specific tools (SACS, Sesam) and general structural analysis platforms (Staad Pro, Ansys).
Aries Energy's structural analysis supports assets across fabrication, transportation, lifting, loadout, installation, and in-place operations, as well as later-stage work including modifications, conversions, upgrades, life extension, and decommissioning, using the same finite element modeling approach throughout.
Aries Energy designs offshore containers, baskets, skids, and e-houses in compliance with BS EN 12079 and DNVGL-ST-E271, the two standards most commonly required for offshore cargo-carrying and portable offshore units, applying whichever is specified by the client or destination classification society.
