SUBSEA
- Pipeline Lay Analysis
- Simulation and Analysis of mechanical-structural components and devices
- Pressure drop evaluation
- Stress analysis of pipes, valves and pressure components
- Simulation of mechanical-structural components of submarine pipeline repair systems
- Stress analysis and fatigue checks of submarine structures according to DNV, AISC, API RP2A Rules and Standards
- Stress analysis and fatigue checks of pressure components according to ASME, BS, PED, TEMA, DNV Rules and Standards
- Ratcheting and shake-down analysis, creep analysis, simulation of residual stress in welds, thermo-mechanical analysis for PHWT operations
- Explosion and impact analysis
- Fire resistance analysis
- Subsea control valves
- Subsea flow meters
- Oil/water/sand content meters
- Pumping and injection systems
- Multiphase pumps
- Sand control/removal systems
- Subsea separation equipment
- Flow assurance
- Flowlines and risers
- Manifolds
MULTI-BODY ANALYSIS OF SUBMARINE PIPELINE INSTALLATION
Development of a submodel of a significant pipeline section having wet weight to be controlled by buoyancy tanks....
PARAMETRIC MODELLING, STANDARDIZATION AND STRUCTURAL VERIFICATION OF PIPING AND
RELEVANT SUPPORTING SADDLES
Development of parametric finite element models for 8 distinct piping supporting saddle configurations with diameters from ½" to 72"....
P-52 ADAPTORS
Although a solution for the specific fatigue calculation was not available directly in ANSYS, ESSS has developed a solution that addressed Technip's needs .....
BEND STIFFENERS
Study of structural behavior due to static loads in bend stiffeners .....
COLD BENDING OF THERMALLY INSULATED PIPES
The project aims to determine the main parameters responsible by damage to duct bent cold .....
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